The Master's Dissertation of Cometan that introduces the Astronic religious tradition was awarded the outstanding Distinction Grade of 87 in September 2020 by Dr Niall William Richard Scott from the University of Central Lancashire.
Unfortunately, due to formatting issues, we aren't able to add in the footnotes of the dissertation into this article. However, if you wish to see the full version of the dissertation with footnotes click here.
Astronomy and religion have long been intertwined with their interactions resembling a symbiotic relationship since prehistoric times. Building on existing archaeological research, this study asks: do the interactions between astronomy and religion, beginning from prehistory, form a distinct religious tradition? Prior research exploring the prehistoric origins of religion has unearthed evidence suggesting the influence of star worship and night sky observation in the development of religious sects, beliefs and practices. However, there does not yet exist a historiography dedicated to outlining why astronomy and religion mutually developed, nor has there been a proposal set forth asserting that these interactions constitute a religious tradition; proposed herein as the Astronic tradition, or Astronicism. This paper pursues the objective of arguing for the Astronic tradition to be treated, firstly, as a distinct religious tradition and secondly, as the oldest archaeologically-verifiable religious tradition. To achieve this, the study will adopt a multidisciplinary approach involving archaeology, anthropology, geography, psychology, mythology, archaeoastronomy and comparative religion. After proposing six characteristics inherent to a religious tradition, the paper will assemble a historiography for astronomical religion. As a consequence of the main objective, this study also asserts that astronomical religion, most likely astrolatry, has its origins in the Upper Palaeolithic period of the Stone Age based on specimens from the archaeological record. The assertion is made that astrolatry is the original religion and fulfils the Urreligion theory. To end, the proposed characteristics of a religious tradition will be applied to Astronicism to ultimately determine whether it is a valid tradition that can stand alongside the established Abrahamic, Dharmic and Taoic traditions.
Key words: astral religion, astroanthropology, astroglyph, astrolater, astrolatric, astrolatrous, astrolatry, astromancer, astromancy, astromantic, astromorphism, astronality, Astronic tradition, Astronicism, Astronicity, astronomical religion, cosmocentrism, proto-astronomy, transtellation.
Whether emerging from the East or the West, religions and the traditions to which they belong, are structured upon a series of narratives that have developed over time through oral, pictorial, or written means. In this sense, the Astronic tradition is no different, except for the fact that the beliefs and themes belonging to it boast an even longer history than the other three major traditions, namely stretching back to prehistory.
The Cosmic Hunt, a family of cognate myths, holds an important role in the origins of the Astronic body of thought. Although this story may now be best circulated in its Hellenised form as the myth of Callisto, its origins far precede Greek mythology (d’Huy, 2016). The earliest known version of the Cosmic Hunt is the Western Siberian variant which begins with a group of hunter-gathers chasing an animal through the dark, dense forests of the Upper Palaeolithic period of the Stone Age. The animal is most often told to be an elk or, in the American tradition, a bear. Upon wounding the beast, its soul transtellates to the stars where it transforms into the constellation Ursa Major. There are many variants of this myth (Accurat Studio, 2016), but another has the hunters in the constellation with the bear represented by the handle of the Big Dipper (d’Huy, 2013, p93-106). Whichever version is read, it is the prehistoric origins of the original that elevate the myth to relevance in the origins of the proposed Astronic tradition.
The myth must have gained widespread circulation at least 15,000 years ago so that it may have diffused across the Bering land bridge (Berezkin, 2005, p79-100), placing its origins firmly in the Upper Palaeolithic. It may either have developed out of the supposedly widespread Palaeolithic bear cult, or was itself the catalyst for bear worship during the Upper Palaeolithic (Gurshtein, 1997, p264). However it originated, the very fact that this collection of astronomical myths exists is reflective of the concerns of the time. The myth seems to be attempting to answer questions about how constellations formed, the nature and processes involved in death, as well as the need to attach purpose and function to the firmament with a relevance to human life. This astronomical myth reveals to us the likelihood that Upper Palaeolithic peoples, and certainly those in the Neolithic, believed in some capacity that the stars were involved in the affairs of the afterlife, a belief which looks to have permeated further afield by the Bronze Age (see Figure 1).
Ultimately, the existential questions posed by the Cosmic Hunt are clearly religious in nature; what role does the terrestrial play in relation to the cosmic? What involvement does outer space maintain in the process of death, if any? What relevance does the astronomical world have in answering questions about our own human existence? Despite the fact that Palaeolithic peoples likely did not ask these questions directly, their actions, both in the stories they told, the modes of their worship, and the art work they created, suggest that such mysteries were pertinent to them.
The Cosmic Hunt is not only a product of night sky observation, but is evidence of how these observations permeated the prehistoric cultural framework, of which myth-building was a central aspect (Ernits, 2010; Young, 1970, p389-413). Although not a directly religious practice today, storytelling is an important element in the earliest religious expression as it is upon a series of legends that many later, organised religions developed. With the Cosmic Hunt in particular, it is the astronomical content of the myth that make it relevant. This arises by the myth’s concern for existential questions that other myths of the time, e.g. Aboriginal cosmology (Clarke, 2014, p2223-2230), are also credited with trying to answer (Upton, 2015). If religion itself is an attempt to comprehend existence, then the Cosmic Hunt signals an important milestone in the astronomical world’s involvement in explaining how we as humans came to be and where we expect to go after death. The very fact that the Cosmic Hunt possesses different variants across continents (see Figure 2) is an indication that many cultures of prehistory enjoyed spiritualising the night sky.
Similarly, the multiple traditions of astromancy around the world, and those of constellation-naming, are further examples of the exoteric and universal nature of night sky religion (Hamacher, 2018). The proposed Astronic tradition is not a simple tradition to delineate; its content is multi-faceted and wide-ranging, pervading different civilisations far separated by both land, sea and time as it saw fluctuations in popularity from era to era in different regions. It is a proposed tradition of religious beliefs, practices and mythology that have embraced inculturation throughout their long history, thus forming a multi-dimensional timeline. As a result, its historical development isn’t neatly packaged into a set of easily discernible artificial stories. Instead, its timeline possesses gaps, the nature of some of its beliefs and practices remain clouded, and the archaeological specimens denoting its popularity often present many more questions than answers. Despite this, there is a sense of authenticity found in such realistic incompleteness; an incompleteness that this, and future studies in astronomical religion, serve to demystify. However, no matter how far away these civilisations were from one another or how differently their cultures had developed, their enduring custom of placing outer space as the centrality of their religious and philosophical frameworks is the mesh that connects them together and it is upon this that the Astronic tradition is postulated.
Finally, the Cosmic Hunt can be understood as the precursor of many other astronomical myths. Preceding and developing concurrently to the Cosmic Hunt are the practices of astrolatry and astromancy, both of which are original members of the proposed Astronic tradition. It is from these initial interactions with the night sky that humanity’s long affair with the stars began, impacting the faith of many throughout history (Mahon, 2017). This faith manifests in wonderment for the night sky and is perhaps more relevant now than ever before as human space exploration becomes more realistic than fantasy.
Structure, aims and hypothesis of the study
This study embodies a first attempt to delineate a clear prehistory for the interactions between astronomy and religion. Specifically, it endeavours to affirm the following hypothesis: when the history of astronomical beliefs and practices is compiled from both the Upper Palaeolithic and Neolithic periods, this constitutes what is known in modern scholarship as a ‘religious tradition’.
Underpinning this hypothesis are four postulations. Firstly, there exists a fourth major world religious tradition characterised by religiosity and spirituality derived from, or directed towards, the astronomical world. Secondly, that this tradition is the oldest archaeologically-verifiable religious tradition, even preceding the Dharmic tradition, which is often cited as the oldest (Das, 2020, p179-186). Thirdly, this tradition of religion began in the Upper Palaeolithic period of the Stone Age some 40,000 years ago and fourthly, this proposed religious tradition should be called the Astronic tradition, or Astronicism, in a similar style to the Abrahamic tradition, or Abrahamism.
Firstly, the study will focus on determining what constitutes a religious tradition and will provide a literature review exploring key authors and their findings which will be followed by a historiography for the proposed Astronic tradition. The historiography will begin by outlining Palaeolithic forms of astronomical religion, exemplified through specimen like rock art, stone carvings, and grave goods (Murray, 2014, p239-249). How these initial night sky observations developed into mature religious concepts will be explored including how organised manifestations of worship emerged. The study will culminate by justifying why Astronicism should be classified as a religious tradition. An evaluation will explore relevant debates from the philosophy of religion, followed by a final conclusion.
An important characteristic of this study is its interdisciplinary nature. Archaeological, palaeoanthropological and archaeoastronomical research are central to providing the earliest evidence for the proposed Astronic tradition. Joining this evidence together will be a host of philosophical and religious writings regarding the stars, acting as secondary, supplementary evidence. Furthermore, geography, philosophy, the history of astronomy and religious studies itself will be important to the critical analysis.
Rationale for the study
There is a lack of coherence in scholarship for an astronomical religious tradition. This study’s aim is to establish a historiography for the proposed tradition with its eventual acceptance in scholarship a central goal. Delivering clarity for what constitutes the proposed Astronic tradition and providing evidence of its prehistoric origins by collating a literature is central to the rationale. For the production of new knowledge to take place, there should be a gap in the existing literature. Although works have been written on the topic of the origins and history of both astronomy and religion, a single work has yet to combine these histories into one account; this lacuna is filled by our study.
Another role for this study is to be an instigator for future research. There is a growing relevance for understanding how astronomy and religion intersect as many questions regarding outer space are directly impacting the doctrines of world religions. These questions include whether there exists intelligent life on other planets as well as the ethics of space exploration. As the space industry grows (Loff, 2019), these questions will become more prominent which reiterates the importance of this study in understanding the relationship between astronomy and religion.
The literature for archaeoastronomy, or astro-archaeology (Aveni, 2019, p2; Brown, 2003), is constantly expanding, therefore only works specifically addressing astronomical religion are reviewed. Identified are ten core authors writing in various academic journals who explore astronomical religion and it is upon these works that rests the validity of the proposed Astronic tradition beginning in the Upper Palaeolithic. An initial criticism is that four out of the ten authors produced their works on astronomical religion during the 1940s and 50s. This demonstrates how the research pool needs reinvigoration with updated writings on key specimens.
Maud Worcester Makemson’s 1954 work Astronomy in Primitive Religion, which builds upon previous original research by Marcel Baudouin and Knut Lundmark, demonstrates that astronomical religion has its origins in the Upper Palaeolithic (Bell, 2007; Churchwood, 2000, p160-165; Vassar Encyclopedia, 2008; Wayne, 2011, p650). Makemson’s research is distinctive because she directly links her findings to astronomical religion (Makemson, 1954, p163-171). She points out key features of religiosity amongst Upper Palaeolithic peoples and associates these with night sky observation, including the carving of accurate star patterns into fossils and amulets. Makemson is mainly discusses astrolatry as a religion (Tanzella-Nitti, 2002). This is the most likely form of astronomical religion to have existed in the Upper Palaeolithic due to its relative simplicity, whereafter it developed into the more complex systems seen in Babylonia and Ancient Egypt (Grant, 1984, p88-89; Walker, 1993, p59-136). If Makemson’s proposition is accurate that the cup marks resembling Ursa Major on a Palaeolithic amulet were completed by religious motivation (see Figure 3), it makes sense that the engraver would spend the time to ensure that each star is assigned its own brightness to achieve accuracy in both position and appearance.
If we place ourselves in the engraver’s position, we can understand that if they worshipped what they were engraving, they would be careful not to make any mistakes, nor would they want to upset the stars who were believed to influence the outcome of night-time hunts. For what other purpose would the engraver wish to spend their time carving stars on the amulet so accurately? For decorative purposes perhaps, or as the earliest form of secular astronomy, but it is more likely that a religious motivation was at play here and in those specimen similar to it (see Figure 4) due to religion being closely intertwined with the natural environment (Dhavala, 2013). The engraver was not careless in their project to depict the constellation which is demonstrative of a deep concern for the stars.
Makemson also writes of a “great wealth of archaeological material having an astronomical basis” (1954, p163). This highlights the need for wider research beyond the scope of this study to interpret further archaeological specimen through an “Astronic” lens to determine whether they possess religious substance. From Makemson’s work, we can deduce that there are three main types of prehistoric objects that were engraved or decorated with star patterns; rock carvings, pictorial depictions on cave walls, and amulet or fossil engravings. Makemson goes on to briefly mention a fossil of a silicified sea-urchin that depicts the Big Dipper asterism and which she deduces as having served as an amulet during its time to infer a religious motivation for its creation (see Figure 5).
Upon their abandonment of nomadic life, early Neolithic peoples settled in permanent villages which prompted their dependence upon agriculture for subsistence, but the ability to anticipate the rainy season for seeding crops became imperative as a result. By a system of trial and error that likely saw many failures in harvest, these peoples learned how to use the annual motion of the Sun by observing the rising of the stars. In this, we see evidence of utilitarian astronomical religion advancing concurrently with the Agricultural Revolution. However, understanding how the stars, the Sun and the Moon can be utilised likely took hundreds of years to perfect. It isn’t surprising that as a result of this dependence on the stars, astrolatry saw increased adoption during the Neolithic which affirms the role of utility as integral to astrolatry’s acceleration. It is a quality of human nature that we worship that which we depend upon and no different was this for the peoples of prehistory. The stars were their tools for survival so they worshipped in the hope that their astral superiors would not suddenly disappear which would have been fatal for these earliest farmers. As the worship of stars developed out of wonder and utility for the nocturnal sky, it only makes sense that heliolatry (or sun worship) and selenolatry (or moon worship) would soon follow as further dimensions of astronomical religion. Makemson acknowledges this when she writes:
The usefulness of the moon to early peoples, aside from its welcome illumination, lay in its conspicuous change in size and shape from one night to the next, which provided a way of counting off the days of the month and so formed the basis of the first primitive calendar.
Makemson continues to elaborate on the development of astronomical religion by describing its role in the origins of esotericism; a class of people that possessed undisclosed knowledge regarding the events of both the diurnal and nocturnal skies. Makemson suggests that such knowledge was “guarded jealously” and was “surrounded with mystery and magic”.
Finally, it is easy in this area of research to fall into the fallacy of presentism; the assumption that prehistoric peoples possessed equal astronomical knowledge and awareness to present times. This is why empathy remains central to such research as the researcher must place themselves into the position of prehistoric people to imagine how they perceived the nocturnal sky. In order to avoid presentist thought, remembering that Palaeolithic peoples viewed the entire astronomical world as supernatural is central (Clottes, 2006, p133-148). When they looked up to the stars, these peoples saw gods and heavens so although we may not today attach religious connotations to activities like navigation or harvesting by the stars, the distinction we make between the mundane and the supernatural didn’t exist in prehistory. The line between the religious and the secular likely overlapped as is seen by our postulation that religion developed as a result of astronomical utility. Overall, Makemson’s work provides the clearest archaeological evidence for an Astronic tradition in the Upper Palaeolithic while her bibliography highlights many other people groups and time periods with potential for inclusion into our proposed Astronic tradition.
In Astronomy and religion, Louise E. Ballhausen executes her theory of the prehistoric connection between astronomy and religion in a more nuanced way than the directness of Makemson. Ballhausen instead recounts various elements of Christianity and Hinduism to suggest the influence of astronomy on the development of world religion (Ballhausen, 1940, p418-426). Ballhausen also discusses the interactions between astronomy and religion in the context of Western history, including the dilemmas of Copernicus and Galileo with the Catholic Church as well as postulating that the role of the Bible is not to stand against scientific discovery.
Aidan Patrick Fitzgerald, an Irish astronomer whose 1951 work Some Aspects of Primitive Astronomy, is instrumental in elaborating on the earlier works of Ballhausen and Makemson (Fitzgerald, 1951, p197-212). In contrast to Makemson, Fitzgerald’s work focuses on how astronomy developed in the ancient world, providing this study the opportunity to consider how prehistoric mythologies and religious systems developed following the settlement of Europe and the Levant. Fitzgerald’s work is integral to understanding how the developments of religion in prehistory impacted the later ancient world, although that period deserves its own later study.
Alexander Marshack’s research into Aurignacian culture is relevant to this study, especially as it revealed the world’s oldest lunar calendar (see Figure 6) (Soderman, 2012) and other astronomical symbolism (The Times, 2005). Alongside Makemson’s work, Marshack provides further archaeological evidence for the existence of an Astronic tradition during the Upper Palaeolithic. Of importance is Marshack’s discovery of the first lunar calendar dated to 32,000 years ago (Holdaway & Johnston, 1989, p3-11).
William Thynne Lynn’s (Royal Astronomical Society, 1912, p249-251; Schmadel, 1911, p374) 1951 work From Astronomy to Religion captures a modern reflection on how astronomical religion explores humanity’s existential position which links to Karl Jaspers’ conception of religion (see Page 47). In this work published posthumously, Lynn describes astronomers as contemplators and characterises their work as putting “them in close communion with their Creator” (Lynn, 1951, p238-239). The religious inferences throughout Lynn’s work are emblematic of astronomy’s relationship to religion. Lynn’s work, like Ballhausen and Fitzgerald, contributes a personal, philosophical encounter between his love for astronomy and his faith. It is this kind of religious astronomy that is central to the identity of the proposed Astronic tradition (Arnold, 1894, p404-415).
Genevieve von Petzinger’s specialty in Upper Palaeolithic cave art elevates her work in our study because this period is central to explaining the origins of the proposed Astronic tradition. Her discovery of several sites featuring both accurate constellations and general star patterns has added to the work of Makemson and others (Petzinger, 2016, p37-54, 229-230, 241). Of interest is Petzinger’s lecture The Roots of Religion in which she explains her findings specific to the Middle and Upper Palaeolithic periods (Petzinger, 2012).
British historian John North published the book Cosmos: An Illustrated History of Astronomy and Cosmology as a treasure trove of credible research into the history of astronomy and religious belief ranging from prehistory to the civilisations of Ancient Egypt, Babylonia, and the Maya (Rogers, 1998, p9-28). North is resistant in associating all prehistoric and ancient astronomical activity as possessing religious character. This is despite the fact that North cannot avoid referencing astral religion throughout his work. It is North’s skepticism that presents a positive attribute because although at times he writes dismissively of religious belief and practice, the fact that even he couldn’t avoid mentioning the integrality of religion with astronomy is a testament to their intertwined origins. North provides a comprehensive historiography for astronomy and like Makemson and Marshack, provides us with further prehistoric archaeological specimens supporting the postulation of an Astronic tradition.
Jonathan Powell’s work From Cave Art to Hubble explores the history of astronomy with religion extensively addressed (Powell, 2019, p9-16, p17-28). Powell’s work focuses on Upper Palaeolithic petroglyphs and is a voice of support for the notion that religiosity was integral to the motivation and early development of astronomy, mentioning specifically the Altamira and Lascaux caves in Spain and France respectively. Meanwhile, Emília Pásztor specialises in late Prehistoric Europe, specifically prehistoric sky lore and cosmological notions; topics that sit within the auspices of the proposed Astronic tradition. Pásztor’s recent papers have explored prehistoric rock art and she has interpreted these as possessing religious motivation with connection to the development of a complex Palaeolithic sky lore (Pásztor, 2011, p1-6; Pásztor, 2011, p1-19; Pásztor, 2015, p1-20).
Finally, archaeoastronomer Michael Rappenglück is the key author publishing most frequently on the topic of prehistoric and ancient astronomical religion. He regularly postulates the notion that astronomical observation was closely intertwined with the religious beliefs of Upper Palaeolithic peoples as demonstrable through astroglyphs. His comments on a wide range of archaeological specimen allow this study to compile sufficient evidence for the proposed Astronic tradition having prehistoric origins. Rappenglück publishes papers exploring aspects of prehistoric and ancient astronomy by both theme (contents of the specimen) and geography (addressing prehistoric astronomy in Europe, Mesoamerica, and Asia). His research into astronomical symbolism of the Stone Age is the most diverse and widely published of any academic (Rappenglück, 2014, p466-474; Rappenglück & Vit, 2016, p7-15). Rappenglück has been consistent in his research of prehistoric astronomy and religion and explores an array of topics.
Rappenglück’s work expands on the basic necessity of archaeological evidence by exploring astronomical symbolism and related cultural traditions. His work is essential in gaining the elaboration needed to expand Astronicism into a valid tradition that shares the same extent of cultural contents as the other major traditions. However, Rappenglück also explores prehistoric cave art (Rappenglück, 2005, p241-249) and comments on how Palaeolithic and Neolithic peoples perceived and interacted with the nocturnal sky (Rappenglück, 2002, p270-277). Finally, his more recent works (Rappenglück, 2016, p1-10; Rappenglück, 2018, p323-331) have transcended into broader philosophical discussions retrospective of his findings and seem to be calling for the establishment of an astronomical religious tradition which this study seeks to propose.
Overall, each of these core academics work well in providing the basis for this study as each approaches the topic of astronomy and religion using different methods. Makemson, Marshack and Petzinger provide the archaeological evidence while Ballhausen provides a comparison of astronomical religion with other religions and advocates for the notion of affinity between astronomy and religion. Fitzgerald contributes a history of the development of astromancy and Lynn’s words on the profound effect of astronomy on his worldview demonstrates the symbiotic nature of astronomy and faith. Rappenglück, Powell and Pásztor offer a rich collection of commentary on prehistoric and ancient specimens while John North’s historiography of astronomy further asserts the connection between astronomy and religion.
Traditions of Religion
Understanding what a religious tradition constitutes is integral to our proposed theory of an Astronic tradition. However, equally mentioned throughout this study is the term “religion” itself. In proposing an astronomical religious tradition, it is important to give a definition of religion which this study can base its findings upon. Defining religion, however, is notoriously problematic due to the difficulty in devising a concise definition that is able to encompass the contrasting characteristics of different religious traditions (Durkheim, 1915, p23-47; Platvoet & Molendijk, 1999, p3-15, 23). The definition of religion provided by Rodney Stark, however, is the definition used when the term “religion” is invoked in this study (Segal, 2006, p50):
“Religion consists of explanations of existence based on supernatural assumptions, including statements about the nature of the supernatural and about ultimate meaning.”
Although this definition may not reflect the Astronic tradition’s entire concept of religion, its broadened nature does allow for a wider set of systems to be classified as “religions”, some of which likely do not assimilate to the Western religious framework. Perhaps the very reason a universal definition of religion does not yet exist is because there are different religious traditions that do not conform to the belief systems of their fellow traditions (Fisher, 1990, p164-165, 174-175; Northrop, 1946, p412).
It is understandable that Western academics would attempt to classify Dharmic and Taoic religions according to an Abrahamic framework of religion. However, problems arise in assuming that religions of one tradition should conform to the definitive framework of another. It is in this instance that we see the importance of religious traditions in religious studies as they allow traditions of religion to exist independently. However, coming to a consensus on what constitutes a religious tradition must be achieved when attempting to establish a new tradition.
What is a religious tradition?
Scholarship of religion attempts to understand the historical and contemporary context of religious belief and practice. An important part of gaining this understanding comes from the scholarly classification of religions (Adams, 2018). It is from this need for classification that the term “religious tradition” emerged following the commencement of the Western academic study of religion in the mid-19th century (Gill, 1994, p965-975; ReligionForBreakfast, 2017). A religious tradition is a collection of religions that share a common theological, thematic, geographic, genealogical, or temporal basis.
The three major religious traditions currently accepted by scholarship are the Abrahamic (Mohd Nasir, 2015, p1-17), the Dharmic (van Der Veer, 2001, p7279-7282), and the Taoic traditions (Reader, 2004, p3947-3953). A prominent characteristic of these traditions is that each has developed alongside major civilisations such as the Taoic religions alongside the Chinese civilisation, the Dharmic alongside the Indian civilisation, and the Abrahamic alongside the Western and Islamic civilisations. Beyond these, there are minor traditions which either did not integrate themselves into any major civilisation, are classified as new religious movements, or have now become largely extinct.
There is no authoritative body that decides what a religious tradition consists of. Such a decision is generally made across years of scholarly consensus depending on sufficient evidence and the gradual popularisation of the term ascribed to the tradition. The fact that there does not yet exist a definitive set of characteristics of a religious tradition is likely due to the infancy of the Western academic study of religion relative to the age of religion itself. However, it is part of this study’s objective to clarify such characteristics, but understanding why we need religious traditions is also important.
Why are religious traditions important?
A number of reasons arise as to why religious scholars began focusing on the systematic classification of religions, perhaps the most prominent resembles an attempt to better understand how religions are interconnected. Understanding that certain religions share similar origins, beliefs and histories has real-world benefits, not least of which to harmonise a divided world by promoting ecumenism among similar faiths (van der Kooi, 2012, p240-253). Understanding that Christianity, Judaism and Islam are part of the Abrahamic tradition can help to promote religion as a unifying force instead of a divisive one (Blidstein et al., 2015, xiii-xvii). Studying religious traditions provides historical context to beliefs and practices and explains how and why they emerged. This approach is likely the best way of ensuring future mutual respect between religious groups and the irreligious. Religious traditions also allow for an overview of world religion itself; they encompass and acknowledge the histories, beliefs, and practices of multiple religions, yet unite them according to their origins, their shared worldview, and their cultural ties.
Oppositely, religious traditions have garnered some criticism. Berger (2012, xiii) believes that religious traditions oversimplify the complexity and diversity of individual religions by conveniently glossing over the incompatibilities between them. Another argument against religious traditions sees their attempt to unify religions as a false reality, especially in some multi-faith societies where minorities suffer persecution (Hellyer, 2017). According to Hughes (2012, p3-4), the idea that Abrahamic religions are unified theologically reflects neither their contemporary, nor their historical interactions. These critiques highlight the ongoing debate as to the usage of the religious traditions apparatus, but yet, there is no consensus on what a religious tradition constitutes.
How are traditions formed and classified?
By determining a set of characteristics inherent to religious traditions, clarity is given as to what a newly proposed tradition would need to consist of to be acceptable. The classification of religions into different traditions is a recent practice as demonstrated by the fluidity regarding what constitutes a tradition. For example, the use of the collective term Dharmic religions (Frawley, 2002, p107-114) began in the 1990s by Frawley and Malhotra while the classification of Abrahamic religions (Mohd Nasir, 2015, p1-17; Robinson, 1991, p182-205) is thought to have originated in the 1949 work of Louis Massignon (Grifith, 1997, p193-210). The term “Taoic religions” is even more recent in origin and may be used as an alternative to “East Asian religions”. A rise in interest for classifying Eastern religions into the Dharmic and Taoic categories was likely a result of orientalism, signified by people like Alexandra David-Néel who sought to explore these “exotic” Far Eastern faiths (Beisner et al., 1998, p1-98). Each of these terms originated within the last eighty years which affirms the infancy of the religious traditions concept.
Another issue is the word “tradition” itself which is still used by some in reference to a particular religion like Islam or Christianity rather than used exclusively to reference collections of religions. These convolutions not only plague religious traditions, but other areas of religious studies. However, turning back to the proposed Astronic tradition, the fact that the classification of religions remains in its infancy indicates the viability for another tradition to be added to the group. With the Western academic study of religion only taking up popularity in the 19th century, there exists a gap for the introduction of other distinct traditions that do not fall into the Abrahamic, Dharmic or Taoic categories. This paper identifies six characteristics inherent to all three of these traditions that form a theory for what constitutes a religious tradition.
Six characteristics of a religious tradition
The first and most significant hallmark of a religious tradition is its extensive history. Each of the established religious traditions possess histories millennia in length with the Abrahamic religions roughly 4,000 years beginning with Abraham’s covenant with God (United Religions Initiative, 2020), the Dharmic religions began with Vedic religion approximately 4,600 years ago in the Indus Valley civilisation (Wright, 2009, p1), and Taoic religions formed as far back as 4,500 years ago with the inception of the Tao concept (Berling, 2020; Fowler, 2005, p200-201; United Religions Initiative, 2020). What can be identified here is that a religious tradition needs its history to span an extensive period, at least a millennia, as is the case for these established traditions.
Secondly, each tradition of religion seems to be linked together by one or more of five commonalities: genealogical, geographic, temporal, thematic, and theological. A theological commonality is a shared theological position (e.g. monotheism, polytheism); a geographic commonality is a shared origin in a specific region or culture. Thematic commonality arises when religions share concepts, but approaches to those concepts differ between individual religions; temporal commonality is a shared historical lineage or period of origin. Finally, genealogical commonality, the rarest of the five, is the instance in which religions are connected through ancestry wherein founders and figures of religions gain legitimacy through their blood connections. The Abrahamic faiths are mainly united in their monotheism and their common genealogy descending from Abraham. The Dharmic faiths are instead united by theme in that they share beliefs in concepts such as karma and the cycle of samsara, but are also are tied geographically as all the Dharmic faiths formed on the Indian subcontinent. Finally, the Taoic faiths are more united by their shared geographic and cultural origins in East Asia than any other factor. For example, Shinto shares little in common theologically and thematically with Taoism or Confucianism although it does share a geographic origin with them (Aston, 2019, p4).
The third characteristic of a religious tradition is a common worldview held by all members that encompasses a diverse mixture of beliefs and practices found across the religions of the tradition. For example, although Judaism, Christianity and Islam hold vastly different beliefs, such as different founders and prophets, different practices, and divergent cultures, they are classified as Abrahamic due to their shared monotheistic worldview (The Maimonides Foundation, 2013). The Dharmic faiths instead possess a worldview based on karma, escaping the cycle of samsara, and the achievement of moksha (Lipner, 1994, p1-26). Therefore, although these Indian religions share different individual beliefs (e.g. Buddhist belief in non-theism and Hindu belief in polytheism), are practiced amongst different ethnic groups (e.g. Sikh ethnic group distinct from the Jains), and have experienced enculturation into non-Dharmic cultures (e.g. Buddhism’s transmission into China), they are linked together by their shared concepts (Flood, 2009). However, they each hold different approaches to understanding those concepts such as how Buddhism, Jainism and Hinduism differ in their approaches to achieving moksha. This demonstrates how the Dharmic religions are united thematically. These religions agree that karma, samsara, moksha and reincarnation exist, but they differ on how they are to be approached and achieved (Sharma & Sherma, 2008, p1-8, 96, 108, 239). This shared worldview characteristic is seen in the proposed Astronic body of thought as the astronomical world is given the central focus, referred to as cosmocentrism (Dick, 2018). Similarly, Astronic religions possess varying approaches to the night sky such as astrolatry’s worship of the stars and astrology’s divination by them.
The fourth characteristic is that each of these traditions stem from a common geographic origin and possess an extensive distribution. All the established traditions originated in the same regions; Abrahamic religions originated in the Middle East, Dharmic religions on the Indian subcontinent and Taoic religions in East Asia. Each of these traditions are transcontinental in scope with the Abrahamic tradition spanning Europe, Asia, the Americas and Africa, the Dharmic tradition spanning much of Asia and the Taoic tradition stretching across East Asia and South East Asia. Widespread transcultural distribution is therefore an integral characteristic; each of the religious traditions identified in this study not only demonstrate histories of extensive length, but also sizeable geographies. In Figure 3 (ChurchPop, 2014), we see the geographic extent of the Abrahamic and Dharmic faiths. From this example, it is deducible that for the proposed Astronicism to be accepted as a religious tradition, there would need to be a demonstration of its transcultural distribution, either in contemporary times or historically.
The fifth characteristic is the mutual recognition of religious figures across the different religions of the same tradition. These religious figures typically play an important role in the history of one or more of the religions within the tradition, an example of which is the recognition of figures like Jesus, his mother Mary, and Saint John the Baptist across Christianity, Islam, and the Baha’i Faith (Bahá’ís of the United States, 2020; Clooney, 2015). Another example of this characteristic is seen in the Taoic tradition wherein Confucius and Lao-tzu are recognised across Taoism, Confucianism and Chinese folk religion while Siddhartha Gautama is also a recognised figure in Buddhism and Hinduism of the Dharmic tradition (Coulter & Turner, 2012, p109). This characteristic of mutual recognition of religious figures is a prominent example of the bond between religions within the same tradition, both historically and theologically. It allows for religions to take opinions on the validity of different figures. However, religions outside of their tradition simply do not have the inclination to do this which distances them. For example, the fact that Islam, Christianity and Judaism all have opinions on who Jesus Christ was and what he did demonstrates a historical and theological connection between these three different faiths. Instead, Taoism, Hinduism and Confucianism do not have opinions on Jesus Christ because his crucifixion and resurrection simply do not play a role in their histories, nor their belief systems because of their theological, thematic, and geographic separation from the Abrahamic tradition.
The sixth and final characteristic is that religious traditions typically possess at least three distinct members. This suggests that in the proposal for an Astronic tradition, it will be important to present at least three distant Astronic religions in order to present Astronicism as a fully-developed tradition worthy of recognition.
Introducing the Astronic tradition
Having now understood what constitutes a religious tradition, this section will introduce an Astronic tradition and will determine what can be classified as “Astronic”. This theorised Astronic tradition is structured on thematic commonality; all the proposed members of the Astronic body of thought are united in their placing of the astronomical world as a whole, or individual celestial phenomena, at the centre of their belief systems (TEDx Talks, 2019), whether by worship, divination, or philosophical enquiry.
The proposed Astronic tradition is a collection of thematically-linked religions that possess a shared worldview, beliefs, and practices, and different approaches to fundamental concepts. Specifically, it represents religions sharing an astronomical theme, particularly those which look towards outer space for a sense of spirituality and ultimate meaning. The postulated category of Astronic religions are united by their common focus on the stars and the involvement of astronomical observation in their belief systems. The Astronic tradition developed differently from the other three main traditions as it has manifested in several major civilisations such as India (Lawrence, 2012, p188-209), China (Fang & Thierry; 2016, p69-82; Thornton, 1844, p49-53), civilisations of Mesoamerica, and the West. However, its dominance has waned over time and the civilisations in which it thrived have since become extinct e.g. the Inca, Ancient Egyptians.
Part of our postulation of an Astronic tradition is providing clarity on which belief systems are Astronic. With some debate, proposed members of the Astronic tradition include astrolatry, astrology (and astromancy) (Lewis, 2003, p73), astrotheism (and astrotheology), exotheism (and exotheology) and new religious movements and philosophical schools that possess astronomical themes. The Astronic body of thought holds a diverse terminology which forms its distinct identity, an example of this is the alternative terms for astrolatry which include star worship, celestial worship and astral worship which are synonymous. Astrolatry is the worship of the stars in particular, although there does exist other dimensions to Astronicism which focus on the worship of other celestial phenomena which may be classified as branches of astrolatry rather than terms synonymous to astrolatry. However, also important to clarify are a broader set of terms used in reference to astronomical religion which include cosmic religion (van der Waerden, 1974, p1-2, 127-204), celestial religion, space religion, stellar religion, and astral religion (New Catholic Encyclopedia, 2020; Ness, 1990).
Arguing for an Astronic tradition also involves the interpretation of history through an Astronic lens; that is, events and time periods perceived only in relation to the proposed Astronic tradition as an area of historiography ignited by this study. An example of perceiving history “Astronically” studying prehistoric settlements and analysing how those peoples perceived and interacted with the night sky and how perceptions of the astronomical world changed across millennia (Dupuis, 1904, p229-241). Establishing a historiography for an Astronic body of thought means reinterpreting history through this lens by placing emphasis on astronomical religions and the writings, figures, events, specimen, movements and locations involved. I will argue that an Astronic tradition can be considered a legitimate religious tradition because it fulfils five out of six of the characteristics outlined with the exception of the mutual recognition of religious figures.
The Astronic tradition is a legitimate religious tradition because, like other traditions, it does not simply refer to one religion or one belief. Instead, it encompasses a plurality of religions while remaining underpinned by a shared worldview and a common spiritual source. This source of religion for the proposed Astronic tradition is the totality of outer space which, from a contemporary perspective, makes the proposed Astronic religions relatively naturalistic compared to the ethereal and spiritualistic sources of the three other religious traditions. Astronomical religions not only stretch back to prehistoric times –– making them some of the oldest forms of religion –– but their diversity of beliefs and practices, and the widespread adherence to these systems throughout history, does form what religious scholars describe as a religious tradition.
Another important segment to the postulated Astronic tradition involves providing a theory regarding the origins of religion. The origins of religion, like the definition of religion (Streng, 1972, p219-237), is an area in religious studies which scholars have yet to come to a consensus on (Gross, 2019, p426-429). None of the established traditions mentioned are old enough to have played a part in the origins of religion which stretch back to prehistoric times (Duda et al., 2016, p261-282). However, the proposed Astronic tradition possesses prehistoric origins and likely played a role in the origins of religion itself.
Central to Astronicism’s proposed role in the origins of religion is the notion that astrolatry is the Urreligion. Originating from German Romanticism, the theory of the Urreligion is a hypothesised original religion that existed prior to the theocracies of the Ancient Near East and prior to the Big Five world religions (Dayton, 1996). Our historiography of the proposed Astronic tradition affirms this postulation of astrolatry as the Urreligion through the presentation of archaeological evidence suggestive of prehistoric star worship, a postulation also made by the French savant, Charles-François Dupuis (Fisher, 2006, p31, 39, 66, 142, 151). The validity of astrolatry as the Urreligion is challenged only by the two other religious activities to have potentially taken place during the Palaeolithic; burials and bear worship. Although burials do suggest that Palaeolithic peoples were concerned with death and perhaps the afterlife, burials do not constitute a religion alone, instead only inferring a belief. The notion of Palaeolithic bear worship has major archaeological figures disputing its validity due to lack of archaeological evidence. Even if enough credible evidence was brought forward for the existence of a bear cult, it is very possible that this cult developed as a result of the circulation of the Cosmic Hunt myth, thus entangling bear worship with astronomical religion. Astronomical religion, namely astrolatry, is the first form of direct worship with ample evidence that one could reasonably suggest existed during the Upper Palaeolithic, thus it played a central role in the origins of religion.
The term Astronic means the fusion of astronomy and religion and therefore does not encompass all astronomical practices. In fact, as astronomy’s gradual detachment from religion occurred, less and less astronomical practice, especially in the medieval and modern periods, can be reasonably described as possessing a religious nature. However, returning to prehistoric and ancient times, the task remains in deciphering which astronomical activities did reasonably possess a religious motivation in order to describe them as Astronic. In establishing any type of system, there must be a framework to decide what does and does not belong to that system; in the context of religion, the concepts of orthodoxy and heterodoxy are used. Astronic orthodoxy, therefore, encompasses those religions, denominations, myths, practices, figures, beliefs, and specimens (such as rock art, fossils, documents etc.) that are classified as part of the proposed Astronic tradition. Astronic heterodoxy are those which do not conform to the proposed characteristics of an Astronic tradition. Establishing this system of orthodoxy and heterodoxy will allow for greater clarity ahead regarding what is and isn’t classified as part of the Astronic body of thought. For example, the question of astrology’s inclusion will take extensive theological, philosophical, and archaeological investigation to determine its “Astronicity” (see Appendix 2).
Now that an understanding of the Astronic tradition has been reached, the following question arises: why hasn’t an astronomical religious tradition already been proposed? There are many possible reasons for the absence of an Astronic tradition from current religious scholarship, many of which will likely stay speculative until a further study can be conduct on that question. However, like other academic studies, especially those in the context of religion, there are a few key external factors, namely that of politics and gatekeeping (Barron & Zeegers, 2010, p1-6; Mason, 2008; Stanley, 2000). Following what can be described as the divergence of astronomy from religion after the discoveries of the Age of Enlightenment, particularly the disintegration of astronomy from astrology (Robbins, 1940, p3), there was likely no desire to reattach these two institutions. Astronomers had been forced to curb their research in line with religious dogma for centuries, but then came the opportunity to pursue scientific astronomy independent of religious institutions; an opportunity that was embraced without hesitation.
Perhaps it was only centuries later through the personal reflections of our key authors that a true overview of the history between these two disciplines could take place, hence the reason for the Astronic tradition’s proposal today. Additionally, as explained, the classification of religions is a practice of relative infancy which points to another likely reason for the absence of an Astronic tradition until now.
Historiography of an Astronic tradition
Beginning in the Upper Palaeolithic period of the Stone Age with the depiction of accurate constellations on rock faces and amulets (Piment et al., 2019), the proposed Astronic tradition encompasses all religions whose central focus of belief is the night sky. Astronomical religion developed according to three main pillars; astromorphism, astronomical utility, and astronality. Astromorphism is the attribution of celestial characteristics to a human, animal, god, or object; astronomical utility came in the form of navigation by the stars, the belief in the success of the hunt as dependent on celestial phenomena and later, in the Neolithic period, the use of stars for determining seasons for agricultural purposes; finally, astronality is the theorised emotion of wonderment and concern for existentiality inherent to human beings when perceiving the astronomical world and includes the theory that this emotion played an important role in the evolution of human intelligence, specifically in the Palaeolithic Creative Explosion (Bar-Yosef, 2007, p3-18).
Star worship was likely the first form of astronomical religion to exist; star deification received widespread adherence as a result of early agricultural settler’s dependence on the stars to tell the seasons ready for planting and harvesting crops. The diffusion of astronomical myths across continents and the emergence of astral cults thereafter lead the way for the earliest civilisations to explore astromancy and to develop their own distinct traditions of astrotheology. After the condemnation of star worship by other faiths as idolatrous, astrology took centre stage in this postulated tradition and acted as the main outlet for philosophical and religious engagement with the astronomical world (Zarka, 2011, p420-425). Astrological terminology came to dominate discussions of the firmament while secular astronomical observation later rose to play a role in other religions. This role is emblematised in Islam’s star and crescent moon, the Star of Bethlehem in the Christian nativity (Melton, 2007, p32, 334), and in how cosmological ideas permeate Western esotericism.
However, with the development of modern scientific astronomy, philosophers and astronomers like Giordano Bruno, Nicolaus Copernicus and Galileo Galilei explored the stars with modern devices and new revolutionary ideas emerged like cosmic pluralism and heliocentrism. Sabaism, the Mandaeans, and indigenous groups are the remnants of ancient star worshippers today. With the commencement of the Space Age in the mid 20th century, however, modern space-based religions and philosophies are forming as a reaction to the many questions posed by humanity’s impending venture into the dark abyss of space (Prisco, 2018).
Stargazing and the origins of religion
Pinpointing the exact moment from which our proposed Astronic tradition originates is not only difficult, it is impossible. It is likely that we will never know the full details of Palaeolithic religion as all we have to theorise upon are the items and pictorial expressions that those prehistoric tribes left behind (Mithen, 1998, p8, 20-21, 171-210; Rossano, 2006, p346-364). As such, whenever we study the early humans of the Palaeolithic, we must place ourselves in the minds of those living without the knowledge and perspective enjoyed today (Hoskin, 1996, p2-49). For our proposed Astronic tradition, there is a wealth of specimens directly supporting the notion that prehistoric peoples were active in astronomical religion following the Creative Explosion. Theories surrounding the origins of religion gravitate towards four main themes or activities (Dickson, 1992, p93-196; ReligionForBreakfast, 2020); human burial, animal worship, matriarchal religion, and astrolatry. This study asserts that the role of astrolatry in religion’s origins possesses more direct archaeological evidence than the other three theories.
Firstly, the earliest of these proposed theories are burials from as early as 300,000 years ago. This activity is understood by some as an early indication of concerns regarding the fate of the deceased (Pettitt, 2002). Some Neanderthals buried their dead in shallow graves with stone tools and animal bones (Krklec, 2009) and later, children and adults were buried with ritual goods around 60,000 BCE (Lieberman, 1993, p158-164). Although the activity of burial as the origin of religion has been challenged, the further along the timeline we move, archaeologists have come to a more stable consensus that some Upper Palaeolithic burials, especially the earliest cremations, demonstrate religious beliefs as bodies were buried with objects and were stained with red ochre during the period between 40,000 and 26,000 BCE.
The second theory for the origins of religion is animal worship which is split between two schools of thought. The first focuses on the notion of a Palaeolithic bear cult with origins in at least 50,000 BCE (Shipman & Trinkaus, 1993, p255-256, p336-341; Wunn, 2000, p417-452). Meanwhile, the second school centres around the Löwenmensch figurine (Aubert, 2019, p442-445) as it is the earliest known representation of anthropomorphism (Bailey, 2017). Considerable amounts have been written on bear worship in the Palaeolithic (Clottes & Lewis-Williams, 2009, p7-45; Harrod, 2020; Narr, 2018) with disputes arising over the theory and the religious motivation behind the Löwenmensch figurine remaining speculative at best. The third theory for the origins of religion comes from a feministic perspective. Johann Jakob Bachofen’s proto-feminist theory focused on a matriarchal religion as the Urreligion (Bachofen, 1992, p69-85; Smeds, 1990).
However, this study supports the fourth and final origins theory; astrolatry. It is in the Upper Palaeolithic period that the origins of our proposed Astronic tradition can currently be traced to, around 38,000 BCE amongst the Aurignacians (Bourillon, 2018, p46-64; Płonka, 2019). The first peoples to look up to the stars with any kind of religious connection were likely the Aurignacians whose expansion out of Africa caused a decline in the European population of Neanderthals (Ruggles, 1999, p1-17). Although today we understand astronomy as being separate from religion, in Palaeolithic times, the two were deeply intertwined. The stars were indeed divine to these early peoples with separation of the religious from the secular very unlikely.
To prove the emergence of astrolatry from around 38,000 BCE, central are Makemson’s specimens titled the Great Star Amulet and the Echinus Big Dipper. Beginning with the Great Star Amulet (see Figure 4), this is a piece of jewellery that was found in Northern Europe that depicts, with accuracy, the constellation Ursa Major which could alone suggest astrolatric motivation. However, further solidifying the notion that these engravings were created for more than just mere aesthetic is the fact that the engraver of the amulet has taken further time to distinguish between brighter and dimmer stars by making the cup marks deeper and wider. Makemson dates this specimen, due to the position of the constellation, particularly the Big Dipper, to between 30,000 and 38,000 years old with Makemson herself commenting on the meticulous effort of the engraver to distinguish between star brightness.
This specimen highlights how these very early humans were transfixed enough with the stars to spend their time creating amulets to reflect specific star patterns which can be interpreted in three main ways. The first can be considered the skeptical approach in which the gravity of the carvings is reduced to the Aurignacians simply depicting what they saw in the night sky without any religious significance. However, such a reduction falls dangerously close to presentist fallacy. The second approach is to acknowledge that some religious motivation must have been involved in the Aurignacian’s intentions to carve out star patterns, but that this shouldn’t be attached to a religious tradition. The third approach is the Astronic approach which states that these actions were religious in motivation, were clearly astronomical in theme, and that they exist as the roots of a tradition of similar beliefs and practices that developed from these initial activities.
These carvings are considered as the starting point of our proposed Astronic tradition. This is because the depiction of Ursa Major such in a detailed and accurate way for primitive people not only demonstrates the extent of interest, time and effort involved in carving these star patterns, but that the engravers felt it was important. Neanderthals began burying those they knew because emotions and religious ideas were beginning to form regarding a person’s transition into an incorporeal state. So too are these meticulous depictions of star patterns an indication that the Aurignacians were not only visually concerned with the stars, but that they were emotionally concerned with them. Art is a form of emotional expression and even as early in human history as the Aurignacians, the need and desire to express ideas and emotions through art existed. One of the earliest demonstrations of this is through the depiction of stars along with other natural phenomena like animals and even humans themselves. The amulets and rock carvings currently forming our specimen archive may only represent a small proportion of the total amount created during that time, many of which have likely been lost to history and others are perhaps still to be discovered. This suggests the possibility that even before 40,000 BCE, Neanderthals had been concerned with the stars religiously, but that it was only after the Creative Explosion that they and their successors, the Aurignacians, began to express themselves through artistic endeavours. To become so meticulous with depicting the positions and brightnesses of stars in the night sky suggests that something deeper than trivial concern was afoot. Indeed, a religious nature can quite reasonably be attached to these earliest carvings.
In Figure 5, we see the Echinus Big Dipper which is a fossil of a silicified sea-urchin onto which the Big Dipper has been engraved. Makemson also dates this specimen to the Upper Palaeolithic before describing the depictions as representing the swing of the constellation Ursa Major in three positions around the north pole. Makemson also comments her belief that the specimen was used as an amulet during its time. This specimen presents further evidences of not only the use of the stars for timekeeping, but for the purpose of giving thanks to and worshipping the stars due to their central role in knowing when to cultivate the land. Furthermore, in both this and the previous specimen, we see the popularity of depicting constellations on amulets. Not only were the stars depicted so as to demonstrate the engraver’s devotion to them, but the fact that they were engraved onto items to be worn around the neck also demonstrates significant religious motivation.
Palaeolithic archaeologist Alexander Marshack put forward a theory in 1972 that depictions of Moon phases were evident on bone sticks from locations in Africa and Europe from 32,000 BCE. His interpretation of these cup marks is that they were used to track the lunar cycle (Holdaway & Johnston, 1989, p3-11). Marshack’s theory culminated in his discovery of the world’s oldest lunar calendar which this study labels as the Aurignacian Lunar Calendar (see Figure 6) and which was found at the Abri Blanchard site in the French Dordogne region (Marshack, 1991, p57-80; Nanos, 2009; Odenwald, 2019, p9). It depicts the phases of the Moon with its date of creation given as 32,000 BCE, making it one of the oldest Astronic specimens and affirms that the Aurignacians were concerned with the movements of both the stars and the Moon (Fawcett, 2011). This serves to add credibility to the notion that the Aurignacians were starting to express their belief in celestials possessing domain over the land which likely was the cause of the development of astrolatry and later, astromancy.
Marshack’s discovery signals the beginning of utilitarian astronomical religion; that is, star, Sun and Moon worship developed from or serving a practical purpose. This lunar calendar discovery highlights the meticulousness involved in creating such carvings which signifies religious motivations extending beyond the mere decorative. Whomever created this carving of Moon phases certainly considered what they were doing to be important enough to either carry the plaque around with them to observe the Moon and then carve each phase as it occurred, or to return to the plaque every time they noticed the Moon had changed shape. Again, we must place ourselves in the engraver’s shoes; they wouldn’t have known what a calendar was, nor even what the object was that they were carving. If we imagine for a moment what it must have been like to witness the Moon change in shape and position and considering its overbearing physical position from the perspective of hunter-gatherers below, it is likely that Moon worship (Encyclopaedia Britannica, 2017) was just as prevalent as star and Sun worship during the Upper Palaeolithic (Encyclopaedia Britannica, 2020).
In Figure 9, we view the specimen called the Orion Stone Age Star Chart. Although a modest age of 30,500 BCE has been assigned to its origins, radiocarbon dating of the bone ash deposits have found that it could be 38,000 years old. The specimen was found in 1979 in a cave in the Ach Valley in the Alb-Danube region of Germany and was known to have been created by the Aurignacian peoples, the people group that this paper postulates were the first astrolaters. It depicts the constellation Orion on an ivory tablet with cup marks in columns on the specimen’s rear which are likely either stars, or tallies of moon phases.
Rappenglück postulates that this sliver of mammoth tusk is one of the earliest star charts in existence. He states that the mysterious notches on the sides of the specimen demonstrate a primitive pregnancy calendar (Rappenglück, 2001, p51-55). The connection between constellations, human birth, and moon worship are affirmed here; from this and related specimen, it’s reasonable to state that the stars and Moon were conceived as possessing divine function, perhaps dictating birth.
Moving towards the end of the Upper Palaeolithic, cave walls have been found carved depicting arrangements of stars in constellations that match their historical positions, specifically circumpolar constellations (Petzinger, 2012). The peoples of the Upper Palaeolithic Stone Age relied on naked eye observation, but due to the lack of pollution, it was likely that the night sky looked more populated with stars than it does today (Hayden & Villeneuve, 2011, p331-355). Carvings on rock walls, sacrificial stones and amulets depicting the northern stars are hallmarks of the earliest forms of our proposed Astronic tradition. These simplistic expressions of astronomical religious ideas and concerns have not dampened in humanity. Despite all the great civilisations of the human species, we still feel the same simple inner concern for the stars as our distant ancestors felt. This human emotion, coined by this paper as astronality, hasn’t faded, but has increased as we have come to learn more about the nature, form, and structure of the cosmos (Dhavala, 2013).
The Lascaux caves in the Dordogne region of France embody the creative and religious minds of Palaeolithic peoples, specifically those from the Magdalenian period. There are multiple depictions in the Lascaux caves which possess astronomical connections and are classified as specimen in the proposed Astronic tradition. The most pertinent of these specimen is in the Hall of Bulls and is called the Great Star Bull (see Figure 10).
Radiocarbon dating has dated this specimen to 15,000 BCE, placing it in the Upper Palaeolithic period. As seen by the annotations given in Figure 9, the constellations Taurus and Orion, as well as the open star cluster Pleiades, are represented. The positions of the two constellations are interesting. Taurus is depicted over the bull while Orion symbolises the hunter themselves with a bow and arrow (Rappenglück, 1997, p217-225). The Pleiades in the sky above the scene likely represented the nighttime setting during which prehistoric hunts took place. It is evident through this specimen alone that the night sky was intimately connected to survival.
The fact that these prehistoric peoples depicted themselves and their prey in the form of constellations is also significant. They perceived the astronomical world as being intertwined with their own identities which denotes evidence the Palaeolithic origins of astromorphism. The Great Star Bull specimen not only demonstrates religious beliefs regarding the night sky, it reaffirms the notion that the stars were indeed closer to the consciousness of many prehistoric peoples than perhaps they are today. The more we have learned about the universe and the distances between ourselves and the stars, it seems the less intimate and personal they have become. In the Upper Palaeolithic, however, it is clear to see from these creations that the stars were understood to have been not only physically closer, but personally so, in the sense that they were believed to possess direct influence over the affairs of the terrestrial (Rappenglück, 2008, p13-39). Another important specimen supporting the notion of Palaeolithic astronomical religion is the Shaft Scene specimen which is given the title Lascaux Comet Strike (see Figure 10).
This cave painting depicts a dying man and several dying animals which researchers suggest is a commemoration of a comet strike that occurred around the time of the painting’s creation in 15,200 BCE (Rappenglück, 2015, p1205-1212). According to Rappenglück, the eyes of the bull, the man, and the adjacent bird represent the three prominent stars Vega, Deneb and Altair (BBC, 2000). The astronomical imagery and context of this specimen is explored in Coombs and Sweatman’s extensive discussion (2019, p1-30). The specimen’s origins in the Upper Palaeolithic highlight once more the religious connection between these peoples and the night sky. The fact that Imster (2018) suggests this cave art is evidence of Palaeolithic people possessing a greater astronomical knowledge than previously thought is demonstrative of archaeoastronomy’s infancy. As such, the validity of the proposed Astronic tradition will gather more support concurrently to the expansion of archaeoastronomical study (Baity, 1973, p389-449).
Another important specimen closely related to Moon worship and astronomical utility, as pioneered by Marshack and his colleagues, is the Magdalenian Moon-tracking Bone (see Figure 11). With its origins traced to the Magdalenian culture in the late Upper Palaeolithic, this specimen was found at the site Le Mas-d’Azil in France and depicts two horses with rows of marks which have been interpreted as tracking the phases and movements of the Moon (North, 2008, p5). What can be reasonably deduced is that the concern for the phases of the Moon was believed to be intimately connected to the personal lives of early humans. This theory is further supported by the notion that the apparent obsession with counting Moon phases was due to the synchronicity of the lunar cycle and the female menstrual cycle (North, 2008, p5-6).
Remaining in the period towards end of the Upper Palaeolithic, we come to the Pleiades Aurochs specimen (see Figures 13a and 13b) which has been dated to 19,730 BCE, found at the site La-Tête-du-Lion in Ardèche, France.
This specimen entails the depiction of the extinct aurochs alongside the Taurus constellation and the Pleiades star cluster. In their 2013 book Earth-Moon Relationships, Barbieri and Rampazzi (2013, p393-395) write that “the eye of the bovine then marks the star Aldebaran and the cluster of dots in the face of the animal relate to the Hyades open cluster.” Like the Great Star Bull, this specimen demonstrates a visual depiction of the
Cosmic Hunt myth and adds to the evidence that astronomical religion and astromorphism existed in the Upper Palaeolithic. The fact that constellations are depicted over certain animals and objects to express a narrative indicates the belief that the stars were responsible for events occurring on the land, thus denoting the origins of astromancy. It does seem reasonable to posit that the use constellations for artistic expression is central to a Palaeolithic astronomical religion.
Another specimen from the Magdalenian period is the Malïta Bone Plate found in Irkutskaya Oblast, Russia (see Figures 14a and 14b) from 12,800 BCE (Bradshaw Foundation, 2011). With its definitive spiral pattern, it is possible that this specimen possesses astronomical connection, but in what specific capacity, experts are still unsure.
Upon entering the Neolithic, we see greater volumes of specimen relating to the night sky including the Magura Solar Calendar (see Figure 15), found in Magura, Bulgaria with origins at the latest 3,500 BCE.
Further specimen include the Taï Lunisolar Rib (see Figure 16) found in Drôme, France, dated to 10,000 BCE on the cusp of the Neolithic era. Another specimen is the mural called the Fuxi Star Map (c.4,000 BCE) found in the Neolithic tomb of Xishuipo in Puyang, Henan province, China, which is described as possessing clam shells arranged in the shape of the Big Dipper with five separate stars including the Tiger represented in the West and the Azure Dragon represented in the East. Finally, categorised in this study as “potentially Astronic” is the Tablelands Sky Rock specimen located in California. Although there are astronomical symbols present amongst its array of imagery, the validity of those as being Astronic, and therefore religious in nature, is yet to be determined but this highlights the wide variety of specimen yet to be discovered (SciWorx, 2020).
In a broader discussion, the paleoanthropologists Andre Leroi-Gourhan and Annette Michelson have asserted that religious behaviour emerged at least 30,000 years ago by the Upper Palaeolithic period (Leroi-Gourhan & Michelson, 1986, p6-17; Leroi-Gourhan, 1989, p120, 136-142, 147). This encourages the theory that astronomical observations of the time and their subsequent depiction in rock art and amulets did indeed possess a religious character (Murray, 2014, p239-249; Rappenglueck, 2000, p15-28).
Additionally, during this same Upper Palaeolithic period, another branch of the proposed Astronic tradition was emerging amongst the humans migrating to Australia, the Philippines and New Guinea from the Asian continent between 60,000 to 30,000 BCE (Kelley, 2011, p157-209; O’Brien, 2002, p26). James Winborne (2019, p155-176) writes of these prehistoric mariners using the stars for navigation across long Pacific voyages, yet another early example of utilitarian astronomical religion (Rappenglück, 2015, p18-26; Ricks, 1987). Although today we do not associate navigation by the stars as involving religious connotations, when no other source of navigation had been invented and the stars were regarded as deities, it isn’t unreasonable to suggest that astrolatry and later, astromancy, developed amongst Palaeolithic people due to their dependence on the stars as navigational guides.
On reflection, the archaeological evidence demonstrates that there certainly was astrolatric practices taking place in the Upper Palaeolithic period. The deification of the stars followed as a logical subsequence of people’s gratitude to these celestial bodies upon which their survival was dependent. Therefore, it is said with confidence that the worship of stars certainly possessed dual utility; firstly, in their gratitude to these stellar gods for granting them the hunt, and secondly, in later periods, these constellations served as a clock-face long before the invention of mechanical timekeepers. The hands of this clock-face resembled the patterns of the stars which pointed out both the hours of the night and the seasons of the year. Whether it’s from prehistorian Jean Clottes’ identification of astronomical religion in Palaeolithic art (Clottes, 2016, p15, 17, 30, 81, 84), or from astronomy’s role in Palaeolithic culture (Overmann, 2013, p19-39), we can deduce that astronomy and religion were one and the same, influencing each other and developing concurrently. The evidence for the origins of our proposed Astronic tradition is significant because it posits Astronicism as the world’s oldest religious tradition, tracing back to this prehistoric time and integral to the origins of religion and proto-astronomy (Culotta, 2009, p784-787; Robbins, 2000, p31-52). As an appendage, there exists two additional dimensions to this proposed tradition, namely astronomical omens and constellation myths, which likely also possess prehistoric origins and add to the wider Astronic cultural framework.
Utilitarian astronomical religion
As we consider its origins, the proposed Astronic tradition ultimately originated from astromorphism as a result of the Creative Explosion, from astronality as an innate quality of human psychology, and from astronomical utility. The earliest humans relied upon the stars for navigation (Coolidge & Wynn, 2012, p38) and for determining agricultural seasons. From the archaeological evidence, we see how this utilitarian astronomy ignited the proposed Astronic tradition with astrolatry's adoption by the Aurignacians (Barbieri & Rampazzi, 2013, p393-395; Viegas, 2017).
As we move into the period of the Neolithic Revolution, we see utility as a means of religion in even greater clarity (Bradshaw Foundation, 2015). Around 8,000 BCE, humans began to transition from hunter-gatherer societies to settlers of land. As this move to agriculture continued, likewise did the need for accurate timekeeping emerge, resulting in the careful tracking of the Sun, Moon and stars. These early settlements became so dependent upon celestial tracking for their survival that they gave thanks to the stars by deifying them which further entrenched astrolatry amongst the earliest cultures of Europe and the Near East. Hence, astral observation and religious practices were likely intertwined with utility in prehistoric times (Gray et al., 1908, p56, 63, 84, 754, 758; Hutter, 2011). These early humans did not simply worship the stars because they had been told to by a religious institution, nor did they worship them because of divine revelation. Instead, they worshipped the stars due to their practical utility in various aspects of life. This kind of worship is logical; it only makes sense that Palaeolithic people would give thanks to the stars for their utility through their depiction and worship (Encyclopaedia Britannica, 2015).
However, the direction of worship eventually changed, specifically in coming closer to Earth when anthropomorphism began to dominate. As dynasties of early civilisations began forming, people were to told to worship their rulers instead of the stars themselves. Kings and queens were said to be human manifestations of astronomical objects like the Sun. What seems characteristic of the proposed Astronic tradition throughout its history is that as one form of it declined, others rose. For example, the transition from astrolatry to astrology; worship of the stars shifted to divination by the them, likely caused by the subjugation of astrolaters as Abrahamic faiths emerged (Ladjal, 2018, p202). Although the history and origins of astrology remain in dispute (Gurshtein, 1995, p28), it remains integral to the proposition of Astronicism as a religious tradition, especially following the decline of astrolatry in Europe. However, astrolatry did continue in different forms as astronomical religion persisted for longer in different parts of the world than others. For example, in pre-Columbian America, the Incan civilisation were still practicing astrolatry up until the Spanish conquests of the 16th century (Incarail, 2020; North, 2008, p168).
Critical analysis of an Astronic tradition
Components of the tradition
The earlier section on religious traditions posited that an extensive historical record is a fundamental component of all three major religious traditions. With the origins of the proposed Astronic tradition having roots in the Upper Palaeolithic period in the earliest forms of astronomical art and mythology, the Astronic body of thought possesses an extensive history, namely spanning at least 40,000 years.
The ‘common origin’ component of a religious tradition is also possessed by our proposed Astronicism, thematically. It is the astronomical theme of the postulated Astronic tradition that binds the tradition together and gives it a unique identity. This astronomical theme leads into the ‘shared worldview’ aspect of a religious tradition; that the astronomical world is integral to answering religious and philosophical questions regarding existence, purpose, faith, the future, and spirituality. Astronicism demonstrates its unique adaptability in being able to evolve and reshape according to the societal norms, attitudes, and topics of concern for the age. We see this quality in Astronicism through the transfer of dominance from astrolatry to astrology in the ancient and medieval periods and following astrology’s decline, its transition to the systems of astrotheism and exotheism seen in the modern and contemporary.
What comprises the proposed Astronic tradition can be roughly split between the Palaeolithic and Neolithic. Hallmarks of Astronicism in the Palaeolithic include myths like the Cosmic Hunt, various instances of astromorphism in cave art, astrolatry based on astronomical utility, the origins of the emotion of astronality as the psychological basis of astronomical cave art, and the beginnings of astromancy. In the Neolithic, we see the astronomical orientation of monuments as a means of astrolatry and astromancy, the acceleration of astrolatry’s popularity based on utility (namely harvesting and navigating by the stars), organised traditions of astrology beginning to emerge, as well as astrolatrous theocracies, namely in the form of heliolatry and selenolatry.
Determining astrolatry as the Urreligion is based on archaeological evidence and what is reasonably understood about the development of religion. Perhaps the inability of the academic community to come to a consensus for the origins of religion is based on the fact that there is no established framework for determining what a religion is. If coming to a consensus on the origins of religion is a primary goal of scholarship, it is important to side with the approach that provides the most reasonable solution. The evidence for astronomical religion includes Palaeolithic cave and rock art (Violatti, 2015), engravings of accurate constellations into precious items, and the erection of monuments in astronomical alignment during the Neolithic period (Saletta, 2014). This type of evidence of belief and practice is interpretable, but its existence irrefutable due to its physicality. This supports its reliability, especially in comparison to oral traditions which suffer from distortion. In aiming for a consensus on the origins of religion, what can be reasonably said is that astrolatry was the first religion and was integral to the inception of religion.
The postulations of this paper are based on findings from the archaeological record with evidence of Upper Palaeolithic astronomical religion existing independently from other forms of religion. In any discussion of prehistoric times, interpretations of specimen are integral to understanding how the evidence fits into the wider religious landscape. The proof for the Astronic tradition’s existence in the Palaeolithic and Neolithic is not only evidential, it is rational to conceive that there has existed a religious tradition based on astronomical observation since prehistoric times. Ultimately, Astronicism’s validity is achieved through its archaeological verifiability rather than being entangled in mythology and theology, which is how the origins of the other three traditions remain. Finally, perhaps the most pertinent evidence of an Astronic tradition is not only the archaeological evidence, but humanity’s spiritual connection to the stars that has persisted into the contemporary as is reflected in Carl Jung’s philosophy of religion.
Jung’s approach to religion contrasted heavily with that of Sigmund Freud’s (Palmer, 2003, p108-112), but it is the former’s conception that is interesting when considering the origins of religion as entangled with astronomical observation. Jung proposed that religiosity was a consequence of individuation (Palmer, 2003, p143-146), meaning religiosity is a powerful force of identity that is central to personality. Jung saw religion as the exploration of the self and as a key part in the journey towards self-acceptance. Astronomical observation and religion are likely to be closely connected to humanity’s sense of self-discovery. From the Aurignacian’s first depiction of the constellations as a way to comprehend the astronomical world to humanity’s race to reach the edge of The Solar System and beyond, we as humans have demonstrated our evolutionary distinction from other mammals through our wonderment for the stars (called astronality). In this, we touch upon the individuation that religion, and especially astronomical religion, brings.
This is further explicated through the physical superiority of the stars and humanity’s lifelong inability to physically experience the astronomical world. This physical inferiority of humans is individuating, particularly when peering up to the night sky and accepting one’s own insignificance. An embracement of that insignificance takes place and seems always coupled with a hope for the revelation that humanity is somehow important in the universe. However, as our astronomical knowledge has progressed and astronomers have understood the peripheral physical position of humanity in the universe, this culminated in Galileo’s trial with the Catholic Church (Feldhay, 1995, p14-15, 26-28; Langford, 1998, p50-78, p79-104). This involved a refusal to accept that geocentrism was untrue in the physical universe in the face of the proposed heliocentrism which also held implications for anthropocentrism. It was Carl Sagan who said “we’re made of star stuff. We are a way for the cosmos to know itself,” which not only echoes Jung’s approach to religion in the sense of individuation and self-discovery, but it also demonstrates to us why humanity has possessed an enduring awe for the stars. This astronality can be traced back all the way to the Upper Palaeolithic (Ancient History Encyclopedia, 2018) and seems to have forged a universal popularity amongst humans from the Americas to Europe and Asia.
Finally, the impact of the proposed Astronic tradition is threefold. The first of these impacts is the tradition’s prehistoric origins, making it the oldest archaeologically-verified religious tradition. This is impactful because the Dharmic tradition is often touted as the oldest and it puts into perspective the relative infancy of the other traditions. The second impact is that the proposed Astronic tradition acts as a category for marginalised religions, such as astrolatry, astromancy, astrotheology and other astronomically-themed faiths. Finally, the third impact of Astronicism manifests through its claim of astrolatry being the original religion and thus fulfilling the Urreligion theory (Studach, 1856, p1-20).
Comparative analysis of the proposed Astronic tradition
An important feature of the proposed Astronic tradition is that throughout its history, it has syncretised with other religions via astronomy. One example is the influence of astronomy on the Dharmic tradition at the ancient temple complex of Angkor Wat in Cambodia (Gifford et al., 1976, p281-287). This syncretic nature of the Astronic body of thought through the influence of astronomy demonstrates that although some forms of Astronicism may have died out (e.g. astrolatry), the Astronic tradition continues to exist through its permeation into other religions.
Astronomy has been used in the service of various religions throughout history, namely that of the Abrahamic faiths. Astronomy’s influence in Christianity is widespread (Bethlehem Star, 2012; McCluskey, 2014, p165-179; Robinson, 2017), such as the role of astronomy in the context of many biblical narratives (Quainton, 1926, p193-197) and in more recent times, the syncretism of astral religion with Christianity in the form of astral Christology (Denzey, 2010, p210-221). Maunder (2018, p1-438) explores all astronomical references in the Bible which when compiled together are extensive and require further study, especially regarding which constitute an Astronic label. However, astrolatry itself was quickly declared as heresy, most prominently by Pope Leo the Great, and by Augustine of Hippo in his De Vera Religion and De civitate Dei, although more recent condemnations of astrolatry from the Church are scant. Similarly, astrolatry possessed an important role in the development of early Islam as it was practiced amongst the first Muslims (King, 2014, p181-196) while astrology look centre stage in the medieval period (Sardar, 2011). Furthermore, these Abrahamic faiths have used astronomy for their own purposes, such as Islam’s use of the lunar calendar to determine dates for Ramadan. In Judaism, an address from Moses infers legitimacy for astral religion while simultaneously commanding the Israelites not to partake in such religion in Deut. 4:19; see 29; 6; 32: 8-9. This was commented upon by O’Collins (2008, p179) who wrote of the ambiguity regarding Jewish attitudes towards astral religion.
With the proposition of an Astronic tradition having been laid out, the question of how this relates to other forms of religion is important. One such aspect is that of nature religion (Durkheim, 2008, p23-70). The astronomical world is part of the natural world, although it is distinct from the terrestrial world. Nature religion itself, as distinct from the concept of natural religion (Fenn, 1911, p460-476), has existed perhaps as early as astrolatry with the worship of animals. If nature religion encompasses beliefs of nature being imbued with spirits or that these natural phenomena are the embodiments of divinity (Overend et al, 1998, p11-21), then surely this possesses a connection to astronomical religion. As such, it is not unreasonable to suggest that many aspects of the proposed Astronic tradition, particularly in their prehistoric and ancient manifestations, constitute branches of nature religion. However, the Astronic tradition does possess a broader array of beliefs and practices than those encompassed by the terms ‘nature religion’ and ‘polytheism’. Furthermore, the postulated Astronic tradition is distinguished by its unique emphasis on the astronomical as a spiritual source; as such, it has a distinct identity from paganism and neopaganism as Astronicism far predates the ‘pagan’ concept (York, 2003, vii).
To evaluate, it is important to reflect upon what has been proposed and how this relates to a broader discussion on religion, spirituality, and astronomy (Koestler, 1959, p19-42; Sutton, 2020). In his 1927 work The Future of an Illusion, Sigmund Freud delineates his views on religion as being a defence against nature as a superior force (Freud, 1927, p21) and signals religion as humanity’s attempt to overcome the natural by connecting themselves to artificial concepts of the supernatural. By making themselves central figures in a supernatural framework, the salvation of humanity from the natural world is achieved by the grace of God into an eternal, perfect heaven. Perhaps the origins of religion are discovered in humanity’s refusal to succumb to, or to deal with, the laws of nature. Throughout this study, there has been an undertone of this refusal. It could be interpreted that the first human burials were signals of humanity’s refusal to accept their mortality, a notion which permeated through the mythologies of prehistory. This gained further establishment in ancient times as the concept of an overarching God bestowing eternal life upon the obedient arrived with the Sumerians into Mesopotamia.
However, the proposed Astronic tradition can be instead understood as an embracement of nature (Byrne, 1989, p1-10; Chignell & Pereboom, 2015) as possessing the answers to humanity’s quest for self-understanding. Perhaps this is the catalyst of why our suggested Astronic tradition likely does not fit in with traditional concepts of religion; for example, is natural religion oxymoronic? Nevertheless, the astronomical world has inspired religiosity in much of human history as this study has evidenced with astrolatry posited as the religion preceding all others (Mills, 2015, p728-746). If anything, the astronomical world has always provided humanity with sobering facts about our own importance in the universe, or lack-thereof, but the deeply held human need for existential purpose and the comforting knowledge that we are important in the grand scheme of the universe persists, as it likely shall forever.
We see this deep human desire for purpose in Karl Jaspers’ philosophy of religion who proposed the importance of individual desire in discovering personal authenticity in the wider human situation (Vogel, 1962, p25-73). Jaspers named this ever-growing horizon of humanity’s need for existential purpose and contentment “The Encompassing”, which he then split into two halves, called the Transcendence and the World. Jaspers’ approach to religion is reflective of the dependent relationship on both astronomy and religion experienced by humanity since our inception (Mullen, 2011). Human perception of our position in relation to the astronomical world has always governed the way we have considered our existential purpose. This kind of self-conception has been instrumental to the development of religion from its outset. This is true for the proposed Astronic tradition, in which prehistoric tribes accepted their inferiority to the astronomical world because of their physical positions below the stars (Robinson, 2007, p7). By using the fundamental principle of Jaspers’ philosophy, we can understand why astronomical religion has held such a vast influence over human evolution and societal development. Whether through navigational guidance (Pimenta, 2014, p43-65) or a search for personal direction, the stars have always possessed the same quality that is true of terrestrial nature; that organic, indestructible bond between humanity and that from which we came, no matter how civilised, or digitised we become.
We can summarise that the Abrahamic tradition affirms that “ultimate self-understanding and authenticity” is achieved through salvation via the One God, the Dharmic tradition achieves this through escaping the samsara cycle, while the Taoic tradition realises this through becoming one with the Tao, or the flow of the universe. For the proposed Astronic tradition, the core human desire for self-understanding and the realisation of our collective existential purpose is believed to be derivable from the astronomical world. Since many mysteries of outer space remain undisclosed, the true nature and extent of this astronomical religious tradition is likely yet to be fully conceived.
Finally, Segal’s suggestion that “new forms of society require new forms of religion; religion will always exist, for it performs an indispensable function,” is profound for our age (2006, p175). As humanity continues to undergo rapid technological, social, and religious change, new forms of religion are emerging and they are spreading, but not through empires or war like religions of the past, instead through the digital sphere (Astronist Institution, 2020; Dinsley, 2020). For Astronicism in particular, it is the advancing space exploration industry that will harbour the most profound impact on the future of religion and spirituality (Crowe, 2001, p209-226; Guessoum, 2018). Mass humanity will soon finally possess the ability to physically explore space. This ultimate moment to physically experience the astronomical world comes after forty-thousand years of mere observation beginning when those first Aurignacians peered up to the night sky and began to illustrate those divine stars above them.
In essence, the Astronic tradition is one that has seen various forms of influence in other religions through the science of astronomy and the practices of astrolatry and astromancy. The Astronic tradition preceded all other traditions and as such, influenced the development of its successors. It has seen widespread popularity and dominance throughout all ancient civilisations, the likes of which can only be compared to the world religions of Christianity and Islam today, but as all traditions eventually fade and become replaced, so were the astronomical religions of prehistoric and ancient times. As humans yearned for advanced theologies beyond that of simplistic star worship and star divination, the institutions that had been established to keep astrolatry and astromancy at the forefront began to diminish.
Crucially, the Astronic tradition proposed in this paper fulfils the criteria of a religious tradition as it attains five out of the six established characteristics. It possesses an extensive history, spanning some 40,000 years, making it the oldest religious tradition; it has a thematic commonality amongst all its members in the form of the astronomical; a common worldview of cosmocentrism, as well as the fact that in its peak dominance the Astronic tradition held worldwide distribution amongst all major civilisations. Finally, it encompasses at least three distinct members, including astrolatry, astromancy (the dispute remains regarding the inclusion of astrology – see Appendix 2), astrotheology, and exotheism. Although further studies are required to explore aspects of Astronicism in more detail, the fact that the Astronic tradition fulfils the majority of the characteristics of a religious tradition is demonstrative of its validity and that it should be classified as a religious tradition, thus achieving the goal of this study and affirming it hypothesis.
ABC Radio Sydney. (2017). Aboriginal astronomy the star of Dreamtime stories. Available: https://www.abc.net.au/news/2017-04-05/aboriginal-astronomy-basis-of-dreamtime-stories-stargazing/8413492. Last accessed 28th June 2020.
Abdu’l-Baha. (1984). Some Answered Questions. London: Bahai Publishing Trust. p247.
Accurat Studio. (2016). The Evolution of a Scientific American Graphic: Cosmic Hunt. Available: The Evolution of a Scientific American Graphic: Cosmic Hunt. Last accessed 24th June 2020.
Adams, C. J. (2018). Classification of religions. Available: https://www.britannica.com/topic/classification-of-religions. Last accessed 15th June 2020.
Allen, H., Bowler, J. M., Jones, R., & Thorne, A. G. (1970). Pleistocene human remains from Australia: A living site and human cremation from Lake Mungo, western New South Wales. World Archaeology. 2 (1), p39-60.
Allen, R. H. (2013). Star Names: Their Lore and Meaning. Chelmsford: Courier Corporation. p123, 125, 209.
Ancient History Encyclopedia. (2018). Cave Art: Complex Paintings from the Stone Age. Available: https://www.youtube.com/watch?v=qApjgI8Dbk8. Last accessed 15th Jul 2020.
Arnold, E. (1894). Astronomy and Religion. The North American Review. 159 (1), p404-415.
Arnould, J. (2018). Astrotheology, Astroethics, and the New Challenges. Theology and Science. 16 (4), p380-381.
Ashfaque, S. M. (1977). Astronomy in the Indus Valley Civilization: A Survey of the Problems and Possibilities of the Ancient Indian Astronomy and Cosmology in the Light of Indus Script Decipherment by the Finnish Scholars. Centaurus. 21 (2), p149-193.
Aston, W. G. (2019). Shinto. Frankfurt am Main: Outlook Verlag GmbH. p4.
Astronist Institution. (2020). Astronism | Astronism.org. Available: https://www.astronism.org/astronism. Last accessed 28th June 2020.
Aubert, M. (2019). Earliest hunting scene in prehistoric art. Nature. 576 (1), p442–445.
Aveni, A (2019). Star Stories: Constellations and People. London: Yale University Press. p2, 43, 164, 169, 176-179.
Bachofen, J. J. (1992). Myth, Religion, and Mother Right: Selected Writings of J.J. Bachofen. Princeton: Princeton University Press. p69-85.
Bahá'ís of the United States. (2020). Baha'i Faith and Christianity. Available: https://www.bahai.us/christianity/. Last accessed 20th Jul 2020.
Bailey, M. (2017). Prehistoric Lion Man points towards earliest notions of religion in new British Museum show. Available: https://www.theartnewspaper.com/preview/prehistoric-lion-man-in-british-museum-show. Last accessed 27th June 2020.
Baity, E. C. (1973). Archaeoastronomy and Ethnoastronomy So Far. Current Anthropology. 14 (4), p389-449.
Ballhausen, L. E. (1940). Astronomy and religion. Popular Astronomy. 48 (1), p418-426.
Barbieri, C., & Rampazzi, F. (2013). Earth-Moon Relationships: Proceedings of the Conference held in Padova, Italy at the Accademia Galileiana di Scienze Lettere ed Arti, November 8–10, 2000. Padova: Springer Science & Business Media. p393-395.
Barron, D., & Zeegers, M. (2010). Gatekeepers of Knowledge: A Consideration of the Library, the Book and the Scholar in the Western World. Oxford: Chandos Publishing. p1-6.
Bar-Yosef, O. (2007). The Archaeological Framework of the Upper Paleolithic Revolution. Diogenes. 54 (2), p3-18.
Bauschke, M. (2015). Der Freund Gottes: Abraham im Islam. Journal of Ecumenical Studies. 50 (2), p350-351.
BBC News. (2000). Ice Age star map discovered. Available: http://news.bbc.co.uk/1/hi/sci/tech/871930.stm. Last accessed 21st Jul 2020.
BBC News. (2008). Ancient religion under threat - Sabian Mandaeans. Available: https://www.youtube.com/watch?v=5ZQ7SlpcID0. Last accessed 4th April 2020.
BBC News. (2013). 'World's oldest calendar' discovered in Scottish field. Available: https://www.bbc.co.uk/news/uk-scotland-north-east-orkney-shetland-23286928. Last accessed 24th June 2020.
Becchio, B., & Schadé, J. P. (2006). Encyclopedia of World Religions. New Jersey: Concord Publishing. p75-77.
Becerra-Valdivia, L., & Higham, T. (2020). The timing and effect of the earliest human arrivals in North America. Available: https://www.nature.com/articles/s41586-020-2491-6. Last accessed 24th Jul 2020.
Beck, R. (2002). Mithraism. Available: http://www.iranicaonline.org/articles/mithraism. Last accessed 29th June 2020.
Beck, R. (2004). Beck on Mithraism: Collected Works with New Essays. Abingdon: Routledge. p31-54.
Becking, B., van der Horst, P. W., & van der Toorn, K. (1999). Dictionary of Deities and Demons in the Bible. Leiden: Wm. B. Eerdmans Publishing. p216, 492, 592, 761, 861.
Beckwith, M. (1970). Ulukau: Hawaiian mythology. Honolulu: University of Hawaii Press. vii-xxxi.
Bednarik, R. G. & Lewis, R. Q. (2010). Mysterious Cup Marks: Proceedings of the First International Cupule Conference. Oxford: British Archaeological Reports Oxford Ltd. p1-128.
Beijing Tourism. (2016). Moon Worship of the Mid-Autumn Festival. Available: http://english.visitbeijing.com.cn/a1/a-XCBT006DF4B98D1CC90BD3. Last accessed 24th June 2020.
Beisner, E. C., Bowman Jr, R. M., & Yamamoto, J. I. (1998). Buddhism, Taoism, and Other Far Eastern Religions. Grand Rapids: Zondervan. p1-98.
Bell, T. E. (2007). The Biographical Encyclopedia of Astronomers. Available: https://link.springer.com/referenceworkentry/10.1007%2F978-0-387-30400-7_891. Last accessed 22nd June 2020.
Berezkin, Y. (2005). "Cosmic Hunt: Variants of Siberian-North American Myth". Folklore: Electronic Journal of Folklore. 1 (31), p79–100.
Berger, A. L. (2012). Trialogue and Terror: Judaism, Christianity, and Islam after 9/11. Eugene: Cascade Books. xiii.
Berling, J. A. (2020). Confucianism. Available: https://asiasociety.org/education/confucianism. Last accessed 3rd July 2020.
Best, E. (2016). Evidences of Star-worship. Available: http://nzetc.victoria.ac.nz/tm/scholarly/tei-BesAstro-t1-body-d1-d6-d1.html. Last accessed 29th June 2020.
Bethlehem Star. (2012). The stars and the Bible. Available: https://www.bethlehemstar.com/setting-the-stage/the-stars-and-the-bible/. Last accessed 29th June 2020.
Betz, H. D. (1986). The Religion of Mithras. History of Religions. 26 (1), p87-89.
Blavatsky, H. P. (2009). The Secret Doctrine: The Synthesis of Science, Religion, and Philosophy: Index to Vols. I and II. Charleston: BiblioLife. p392, 402, 448.
Blavatsky, H. P. (2010). Astrology and Astrolatry. Whitefish: Kessinger Publishing. p1-16.
Blavatsky, H. P. (2019). Divine Heliolatry is neither astrological Astrolatry, nor Idolatry. London: Philaletheians UK. p14-22.
Blidstein, M., Silverstein, A. J., & Stroumsa, G. G. (2015). The Oxford Handbook of the Abrahamic Religions. Oxford: Oxford University Press. xiii-xvii.
Bocking, B. (2016). A Popular Dictionary of Shinto. Abingdon: Routledge. p129.
Bottéro, J. (2001). Religion in Ancient Mesopotamia. Chicago: University of Chicago Press. p212-218, 223.
Bourillon, R. (2018). A new Aurignacian engraving from Abri Blanchard, France: Implications for understanding Aurignacian graphic expression in Western and Central Europe. Quaternary International. 491 (1), p46-64.
Bradshaw Foundation. (2011). The 'Meaning' of Symbols. Available: http://www.bradshawfoundation.com/ancient_symbols_in_rock_art/ancient_symbols_in_rock_art.php. Last accessed 15th Jul 2020.
Bradshaw Foundation. (2015). Neolithic astronomy. Available: http://www.bradshawfoundation.com/news/index.php?id=-Neolithic-astronomy. Last accessed 15th Jul 2020.
Brown, P. L. (2003). Megaliths, Myths and Men: An Introduction to Astro-Archaeology. New York: Dover Publications Inc. Chapter 1.
Buck, C. (1984). The Identity of the Ṣābi’ūn: An Historical Quest. The Muslim World. 74 (3), p171-186.
Byrne, P. (1989). The Concept of Natural Religion. In: Byrne, P. Natural Religion and the Nature of Religion: The Legacy of Deism. London: Routledge. p1-10.
Campion, N. (2009). A History of Western Astrology Volume II: The Medieval and Modern Worlds. London: Bloomsbury. ix-x, p1-3.
Campion, N. (2012). Astrology and Cosmology in the World's Religions. New York: NYU Press. p44-46.
Campion, N. (2014). Astrology as Cultural Astronomy. In: Ruggles, C. Handbook of Archaeoastronomy and Ethnoastronomy. New York: Springer New York. p103-166.
Campion, N. (2016). Astrology and Popular Religion in the Modern West: Prophecy, Cosmology and the New Age Movement. Abingdon: Routledge. p115-126.
Carswell, A., & Cockburn, R. (2011). Wurdi Youang rocks could prove Aborigines were first astronomers. Available: https://www.news.com.au/technology/science/ancient-aboriginal-eyes-were-on-the-skies/news-story/f9781af027af9b3fa1ac7f3ab6d47f9c. Last accessed 28th June 2020.
Chamberlain, V. D. (2000). Native American Astronomy: Traditions, Symbols, Ceremonies, Calendars, And Ruins. In: Selin, H., & Xiaochun, S. Astronomy Across Cultures: The History of Non-Western Astronomy. New York: Springer. p269-301.
Chignell, A., & Pereboom, D. (2015). Natural Theology and Natural Religion. Available: https://plato.stanford.edu/entries/natural-theology/. Last accessed 28th June 2020.
ChurchPop. (2014). 11 Maps to Help You Make Sense of World Religion. Available: https://churchpop.com/2014/09/18/11-maps-make-sense-world-religion/. Last accessed 22nd June 2020.
Churchward, A. (2000). The Origin and Evolution of Religion. United States: Book Tree. p160-165.
Clarke, P. A. (2014). Australian Aboriginal Astronomy and Cosmology. In: Ruggles, C. Handbook of Archaeoastronomy and Ethnoastronomy. New York: Springer New York. p2223-2230.
Clooney, F. X. (2015). What Islam really teaches about. Available: https://www.americamagazine.org/faith/2015/12/18/what-islam-really-teaches-about-virgin-mary. Last accessed 20th Jul 2020.
Clottes, J. (2006). Spirituality and Religion in Paleolithic Times. In: Shults, F. L. The Evolution of Rationality. Grand Rapids: Wm. B. Eerdmans Publishing. p133-148.
Clottes, J. (2016). What Is Paleolithic Art?: Cave Paintings and the Dawn of Human Creativity. Chicago: The University of Chicago Press. p15, 17, 30, 81, 84.
Clottes, J., & Lewis-Williams, D. (2009). Palaeolithic art and religion. In: Hinnells, J. R. The Penguin Handbook of Ancient Religions. London: Penguin Books. p7-45.
Collins, J. J. (1997). Seers, Sibyls and Sages in Hellenistic-Roman Judaism. Supplements to the Journal for the Study of Judaism. 54 (1), p324-330.
Cooley, J. L. (2011). Astral Religion in Ugarit and Ancient Israel. Journal of Near Eastern Studies. 70 (2), p281-287.
Coolidge, F. L., & Wynn, T. (2012). How To Think Like a Neandertal. New York: Oxford University Press USA. p38.
Coombs, A., & Sweatman, M. B. (2019). Decoding European Palaeolithic Art: Extremely Ancient knowledge of Precession of the Equinoxes. Athens Journal of History. 5 (1), p1-30.
Coulter, C. R., & Turner, P. (2012). Encyclopedia of Ancient Deities. Chicago: Routledge. p109.
Crowe, M. J. (2001). Astronomy and Religion (1780-1915): Four Case Studies Involving Ideas of Extraterrestrial Life. Osiris. 16 (1), p209-226.
Culotta, E. (2009). On the Origin of Religion. Science. 326 (5954), p784-787.
Cumont, F. V. M. (2006). Astrology and Religion Among the Greeks and Romans. New York: Cosimo, Inc. p16, 77-91.
Cumont, F. (2010). Eschatology And Astral Mysticism As A Preparation For The Future Life. Whitefish: Kessinger Publishing. p1-42.
Curry, P., & Willis, R. (2020). Astrology, Science and Culture: Pulling down the Moon. New York: Routledge. p22, 26, 43, 47, 52, 81, 93.
Daley, J. (2017). Dig This: Researchers Found a 38,000-Year-Old Engraving in France. Available: https://www.smithsonianmag.com/smart-news/38000-year-old-engraving-oldest-rock-art-france-180961983/. Last accessed 23rd June 2020.
Das, R. (2020). The Role of Hinduism and Buddhism in Promoting Indianness Outside India: Scenarios of Southeast Asia. International Journal of Research. 8 (5), p179-186.
Dayton, L. (1996). Flood gave birth to world's oldest religion. Available: https://www.newscientist.com/article/mg15220540-600-flood-gave-birth-to-worlds-oldest-religion/?ignored=irrelevant. Last accessed 20th June 2020.
De Cruz, H., & De Smedt, J. (2011). The role of material culture in human time representation: Calendrical systems as extensions of mental time travel. Adaptive Behavior. 19 (1), p63-76.
Denzey, N. (2010). A New Star on the Horizon: Astral Christologies and Stellar Debates in Early Christian Discourse. In: Noegel, S., & Walker, J. Prayer, Magic, and the Stars in the Ancient and Late Antique World. University Park: Penn State Press. p210-221.
Derham, W. (1721). Astro-theology, or a demonstration of the being and attributes of God, from a survey of the heavens. London: W. and J. Innys. p1-246.
d'Huy, J. (2013). A Cosmic Hunt in the Berber sky: a phylogenetic reconstruction of a Palaeolithic mythology. Les Cahiers de l’AARS. 16 (1), p93-106.
d'Huy, J. (2016). Scientists Trace Society’s Myths to Primordial Origins. Available: https://www.scientificamerican.com/article/scientists-trace-society-rsquo-s-myths-to-primordial-origins/. Last accessed 15th June 2020.
Dhavala, Y. (2013). The Big Story: Origins of Religion. Available: https://www.youtube.com/watch?v=V9mFNgu6Cww. Last accessed 27th June 2020.
Dick, S. J. (2018). Astroethics and Cosmocentrism. Available: https://blogs.scientificamerican.com/observations/astroethics-and-cosmocentrism/. Last accessed 12th Aug 2020.
Dick, S. J. (2018). Astrobiology, Discovery, and Societal Impact. Cambridge: Cambridge University Press. p220-235.
Dickson, D. B. (1992). The Dawn of Belief: Religion in the Upper Paleolithic of Southwestern Europe: Religion in the Upper Palaeolithic of South Western Europe. Tucson: University of Arizona Press. p93-196.
Dinsley, J. (2020). Preston philosopher to talk about ‘Astronism and the future of religion’ at public lecture. Available: https://www.blogpreston.co.uk/2020/01/preston-philosopher-to-talk-about-astronism-and-the-future-of-religion-at-public-lecture/. Last accessed 28th June 2020.
Duda, P., Marlowe, F. W., & Peoples, H. C. (2016). Hunter-Gatherers and the Origins of Religion. Human Nature. 27 (1), p261-282.
Dunér, D. (2016). Swedenborg and the plurality of worlds: astrotheology in the eighteenth century. Journal of Religion & Science. 51 (2), p450-479.
Dupuis, N. F. (1904). A chapter in ancient astronomy. Queen's Quarterly. 12 (1), p229-241.
Durkheim, E. (2008; originally published 1915). The Elementary Forms of the Religious Life. New York: Dover Publications, Inc. p23-70.
Elbert, S. H. (1957). The Chief in Hawaiian Mythology. 7. The Chief and Religion. The Journal of American Folklore. 70 (277), p264-276.
Elukin, J. (2002). Maimonides and the Rise and Fall of the Sabians: Explaining Mosaic Laws and the Limits of Scholarship. Journal of the History of Ideas. 63 (4), p619-637.
Encyclopaedia Britannica. (2015). Celestial Phenomena As Objects Of Worship Or Veneration. Available: https://www.britannica.com/topic/nature-worship/Celestial-phenomena-as-objects-of-worship-or-veneration. Last accessed 23rd June 2020.
Encyclopaedia Britannica. (2017). Moon worship. Available: https://www.britannica.com/topic/moon-worship. Last accessed 23rd June 2020.
Encyclopaedia Britannica. (2020). Sun worship. Available: https://www.britannica.com/topic/sun-worship. Last accessed 23rd June 2020.
Ernits, E. (2010). On the Cosmic Hunt in Northe Eurasian Rock Art. Available: https://www.researchgate.net/publication/43337051_On_the_Cosmic_Hunt_in_Northe_Eurasian_Rock_Art. Last accessed 15th June 2020.
Fairchild, M. (2019). The Genealogy of Jesus Christ: A Tale of Two Trees. Available: https://www.learnreligions.com/genealogy-of-jesus-700161. Last accessed 3rd July 2020.
Fang, A. C., & Thierry, F. (2016). The Language of Protective Power: Star Worship and the Four Spirits Charm. In: Fang, A. C. The Language and Iconography of Chinese Charms: Deciphering a Past Belief System. New York: Springer. p69-82.
Fawcett, L. (2011). Astronomy at Abri Blanchard. Available: https://www.cavescript.org/research/astronomy-at-abri-blanchard/. Last accessed 11th Jul 2020.
Fenn, W. W. (1911). Concerning Natural Religion. The Harvard Theological Review. 4 (4), p460-476.
Fisher, G. (2006). Marriage and Divorce of Astronomy and Astrology: A History of Astral Prediction from Antiquity to Newton. Unknown: Lulu.com. p31, 39, 66, 142, 151.
Fisher, M. P. (1990). Living Religions: An Encyclopaedia of the World's Faiths. London: I. B. Tauris. p164–165, 174–175.
Fitzgerald, A. P. (1951). Some Aspects of Primitive Astronomy. Irish Astronomical Journal. 1 (7), p197-212.
Flood, G. (2009). History of Hinduism. Available: http://www.bbc.co.uk/religion/religions/hinduism/history/history_1.shtml. Last accessed 20th Jul 2020.
Fowler, J. (2005). An Introduction to the Philosophy and Religion of Taoism: Pathways to Immortality. Eastbourne: Sussex Academic Press. p200-201.
Frawley, D. (2002). From the River of Heaven: Hindu and Vedic Knowledge for the Modern Age. Salt Lake City: Passage Press. p107-114.
Freud, S. (2008; originally published 1927). The Future of an Illusion. London: Penguin UK. p21.
Feldhay, R. (1995). Galileo and the Church: Political Inquisition or Critical Dialogue?. Cambridge: Cambridge University Press. p14-15, 26-28.
Gacheva, A. (2018). Art as the Overcoming of Death: From Nikolai Fedorov to the Cosmists of the 1920s. Available: https://www.e-flux.com/journal/89/180332/art-as-the-overcoming-of-death-from-nikolai-fedorov-to-the-cosmists-of-the-1920s/. Last accessed 18th June 2020.
Geni. (2011). Genealogy of Prophets Jesus and Muhammad from Adam and Eve. Available: https://www.geni.com/projects/Genealogy-of-Prophets-Jesus-and-Muhammad-from-Adam-and-Eve/8209. Last accessed 3rd July 2020.
Gerashchenko, I. G. (2017). Philosophy of Russian cosmism and virtual teaching. Studia Humanitatis. 2 (1), p1-13.
Gifford, F., Morón, E., & Stencel, R. (1976). Astronomy and Cosmology at Angkor Wat. Science New Series. 193 (4250), p281-287.
Gill, S. (1994). The Academic Study of Religion. Journal of the American Academy of Religion. 62 (4), p965-975.
Grant, E. (1984). Science Deified & Science Defied: The Historical Significance of Science in Western Culture from the Bronze Age to the Beginnings of the Modem Era ca. 3500 B.C. to ca. A.D. 164. Journal of the History of Medicine. 39 (1), p88-89.
Gray, L. H., Hastings, J., & Selbie, J. A. (1908). Encyclopaedia of religion and ethics. New York: Charles Scribner's Sons. p56, 63, 84, 754, 758.
Gregersen, E. (2020). 9 Celestial Omens. Available: https://www.britannica.com/list/9-celestial-omens. Last accessed 24th June 2020.
Gregory, J. C. (1947). Astrology and astronomy in the seventeenth century. Nature. 159 (1), p393-394.
Grifith, S. (1997). Sharing the faith of Abraham: The ‘Credo’ of Louis Massignon. Islam and Christian–Muslim Relations. 8 (2), p193-210.
Groot, J. J. M. (1912). Religion in China: Universism, a Key to the Study of Taoism and Confucianism. New York: G. P. Putnam's Sons. p263.
Gross, M. (2019). Uncovering the roots of religion. Current Biology. 29 (11), p426-429.
Guessoum, N. (2018). A cosmic spirituality. Available: https://www.arabnews.com/node/1306196. Last accessed 28th June 2020.
Gurshtein, A. (1995). When the zodiac climbed into the sky. Sky & Telescope. 90 (4), p28.
Gurshtein, A. A. (1997). In search of the first constellations. Sky & Telescope. 93 (6), p46-50.
Gurshtein, A. A. (1997). The origins of the constellations. American Scientist. 85 (3), p264.
Hamacher, D. W. (2018). The stories behind Aboriginal star names now recognised by the world’s astronomical body. Available: https://theconversation.com/the-stories-behind-aboriginal-star-names-now-recognised-by-the-worlds-astronomical-body-87617. Last accessed 17th June 2020.
Hanegraaff, W. J. (1996). New Age Religion and Western Culture: Esotericism in the Mirror of Secular Thought. Amsterdam: Brill. p445.
Hard, R. (2015). Constellation Myths with Aratus’s Phaenomena. Oxford: Oxford University Press. ix, p3, 8.
Harrison, E. R. (2000). Cosmology: The Science of the Universe. Cambridge: Cambridge University Press. p25.
Harrod, J. (2020). Upper Paleolithic Art, Religion, Symbols, Mind. Available: http://www.originsnet.org/mindup.html. Last accessed 20th June 2020.
Hayden, B. (2018). Look. Up in the Sky... It’s a Bird, It’s a Plane, It’s a Bear!. Journal of Skyscape Archaeology. 4 (1), p118-123.
Hayden, B., & Villeneuve, S. (2011). Astronomy in the Upper Palaeolithic?. Cambridge Archaeological Journal. 21 (3), p331-355.
Haynes, R. D. (2000). Astronomy Across Cultures: The History of Non-Western Astronomy. In: Selin, H. Astronomy and the Dreaming: The Astronomy of the Aboriginal Australians. Amsterdam: Springer Netherlands. p53-90.
Hellyer, H. A. (2017). Why Do Coptic Christians Keep Getting Attacked?. Available: https://www.theatlantic.com/international/archive/2017/05/coptic-christians-egypt-attack/528330/. Last accessed 8th Aug 2020.
Henninger, J. (1999). Pre-Islamic Bedouin Religion. In: Peters, F. E. The Arabs and Arabia on the Eve of Islam. Abingdon: Routledge. p109-129.
Herzog, W. (2010). Cave of Forgotten Dreams. Available: https://www.imdb.com/title/tt1664894/. Last accessed 6th Aug 2020.
Heuvel, B. (2010). Astronomical alignments and magical rituals at sacred places. In: Heuvel, B. The Mysteries: About Occultism in Religion. United States: Lulu. p53-55.
Hewlett, M., Moritz, J. M., Peters, T., & Russell, R. J. (2018). Astrotheology: Science and Theology Meet Extraterrestrial Life. Oregon: Wipf and Stock Publishers. p3-26.
Hickman, M. (2020). Why stargazing is the perfect spiritual practice during the Coronavirus lockdown. Available: https://www.anchoragepress.com/news/coronavirus/why-stargazing-is-the-perfect-spiritual-practice-during-the-coronavirus-lockdown/article_750a6bbc-7132-11ea-8b77-6b98e82d9c2b.html. Last accessed 28th June 2020.
Higginson, E. (1855). Astro-theology; Or, The Religion of Astronomy: Four Lectures, in Reference to the Controversy on the "Plurality of Worlds," as Lately Sustained Between Sir David Brewster and an Essayist. London: E. T. Whitfield. p1-96.
Hoffecker, J. F. (2009). The spread of modern humans in Europe. Proc Natl Acad Sci U S A.. 106 (38), p16040–16045.
Holbrook, J., Medupe, T. R., & Urama, J. O. (2008). African Cultural Astronomy: Current Archaeoastronomy and Ethnoastronomy research in Africa. New York: Springer Science & Business Media. p83, 112, 121, 217.
Holdaway, S., & Johnston, S. A. (1989). Upper Paleolithic Notation Systems in Prehistoric Europe. Expedition. 31 (1), p3-11.
Holloway, S. (2000). William Robertson Smith, Lectures on the Religion of the Semites: Second and Third Series, edited by John Day. Journal of Near Eastern Studies. 59 (2), p138.
Hoskin, M. (1996). Cambridge Illustrated History of Astronomy. Cambridge: Cambridge University Press. p2-49.
Hoskin, M. (1999). Astronomy in Antiquity. In: Hoskin, M. The Cambridge Concise History of Astronomy. Cambridge: Cambridge University Press. p18-47.
Hughes, A. W. (2012). Abrahamic Religions: On the Uses and Abuses of History. Oxford: Oxford University Press. p3–4, 7–8, 17, 32.
Hunger, H., & Steele, J. (2018). The Babylonian Astronomical Compendium MUL.APIN: Scientific Writings from the Ancient and Medieval World. Abingdon: Routledge. p6, 290-342.
Hutter, M. (2011). Astral Religion. Available: https://referenceworks.brillonline.com/entries/religion-past-and-present/astral-religion-SIM_01191. Last accessed 15th June 2020.
Imster, E. (2018). Prehistoric cave art suggests ancient use of complex astronomy. Available: https://earthsky.org/human-world/prehistoric-cave-art-suggests-ancient-use-complex-astronomy. Last accessed 14th Jul 2020.
Incarail. (2020). Inca Astronomy: Civilization and Stars. Available: https://incarail.com/blog/culture/inca-astronomy-civilization-and-star/. Last accessed 11th Aug 2020.
Jarus, O. (2012). Good Heavens! Oldest-Known Astrologer's Board Discovered. Available: https://www.livescience.com/17943-oldest-astrologer-board-zodiac.html. Last accessed 10th March 2020.
Jègues-Wolkiewiez, C. (2005). Aux racines de l'astronomie, ou l'ordre caché d'une oeuvre paléolithique. Antiquités nationales (Saint-Germain-en-Laye). 37 (1), p43-62.
Jègues-Wolkiewiez, C. (2007). Chronologie de l’orientation des grottes et abris ornes paleolithiques français. Val Camonica: Valcamonica Symposium. p225-239.
Johnson, D. (1998). Night Skies of Aboriginal Australia: A Noctuary. Sydney: Sydney University Press. p21-68.
Johnston, S. A. (2009). Religion, Myth, and Magic: The Anthropology of Religion. Maryland: Recorded Books LLC. p6-10, 21-25, 41-45.
Kelley, D. H. (2011). Paleolithic and Neolithic Cultures. In: Kelley, D. H., & Milone, E. F. Exploring Ancient Skies: A Survey of Ancient and Cultural Astronomy. New York: Springer-Verlag New York. p157-209.
King, D. A. (2014). Astronomy in the Service of Islam. In: Ruggles, C. Handbook of Archaeoastronomy and Ethnoastronomy. New York: Springer New York. p181-196.
Kistemaker, J., & Sun, X. (1997). The Chinese Sky During the Han: Constellating Stars and Society. Leiden: Brill. p17, 74, 83, 96, 102, 157.
Kitto, J. (1855). The Pictorial Bible Being the Old and New Testaments According to the Authorized Version Illustrated with Steel Engravings and Many Hundred Wood-cuts Representing Landscape Scenes, and Subjects of Natural History, Costume and Antiquities, with Original Notes Explanatory of Passages Connected with the History, Geography, Natural History, Literature and Antiquities of the Sacred Scriptures Volume 1. Edinburgh: W. and R. Chambers. p593.
Knowles, E. (2005). Oxford Dictionary of Phrase and Fable. Oxford: Oxford University Press. p623.
Knowles, E. (2006). The Oxford Dictionary of Phrase and Fable (2 ed.). Available: https://www.oxfordreference.com/view/10.1093/acref/9780198609810.001.0001/acref-9780198609810-e-6142?rskey=5w0Hup&result=6133. Last accessed 23rd June 2020.
Koch, K. E. (1965). Christian Counseling and Occultism (Koch). Grand Rapids: Kregel Publications. p95-97.
Koestler, A. (1959). The Sleepwalkers: A History of Man's Changing Vision of the Universe. United Kingdom: Hutchinson. p19-42.
Krebs, A., & Losch, A. (2015). Implications for the Discovery of Extraterrestrial Life: A Theological Approach. Theology and Science. 13 (2), p230-244.
Krklec, V. (2009). The World's Largest Neanderthal Finding Site. Available: https://www.culturenet.hr/default.aspx?id=23639&pregled=1&datum=9.1.2009%2015:00:13. Last accessed 20th June 2020.
Krupp, E. C. (2000). Night Gallery: The Function, Origin, and Evolution of Constellations. Archaeoastronomy. 15 (1), p43.
Kynes, S. (2020). Magical Symbols and Alphabets: A Practitioner's Guide to Spells, Rites, and History. Woodbury: Llewellyn Worldwide. p2, 7-49, 74-96, 130.
Ladjal, T. (2018). The Philosophical Conflict between the School of Baghdad and the School of Khorasan in the Tenth Century: Towards a New Understanding of the Development of Islamic Philosophy. Journal of the Medieval Mediterranean. 30 (2), p202.
Lambert, W. G. (1964). E. O. James: The worship of the Skygod: a comparative study in Semitic and Indo-European religion. Bulletin of the School of Oriental and African Studies. 27 (1), p157-158.
Langford, J. J. (1998). Galileo, Science and the Church. Michigan: University of Michigan Press. p50-78, p79-104.
Lawrence, B. B. (2012). Shahrastani on the Indian Religions. Berlin: Walter de Gruyter. p188-209.
Lawrence, M. (2020). Hellenistic Astrology. Available: https://www.iep.utm.edu/astr-hel/#SH3a. Last accessed 29th June 2020.
Leroi-Gourhan, A., & Michelson, A. (1986). The Religion of the Caves: Magic or Metaphysics?. October. 37 (1), p6-17.
Leroi-Gourhan, A. (1989). The Hunters of Prehistory. New York: Atheneum Books. p120, 136-142, 147.
Lewis, J. R. (2003). The Astrology Book: The Encyclopedia of Heavenly Influences. Detroit: Visible Ink Press. p73.
Lieberman, P. (1993). Uniquely Human: The Evolution of Speech, Thought, and Selfless Behavior. Massachusetts: Harvard University Press. p158-164.
Lieberman, S. (2017). Understanding our changing relationship with space: an international political economy reading of space popularisation. Space Policy. 41 (1), p53-59.
Lipner, J. (1994). Hindus: Their Religious Beliefs and Practices. Abingdon: Routledge. p1-26.
Lockyer, J. N. (1894). The Dawn of Astronomy: A Study of the Temple Worship and Mythology of the Ancient Egyptians. Massachusetts: MIT Press. viii, p85, 375, 393, 396.
Loff, S. (2019). Apollo 11 Mission Overview. Available: https://www.nasa.gov/mission_pages/apollo/missions/apollo11.html. Last accessed 7th March 2020.
Loomis, R. S. (2005). Celtic Myth and Arthurian Romance. Chicago: Chicago Review Press. p40-43.
López, A. M. (2014). Interactions Between “Indigenous” and “Colonial” Astronomies: Adaptation of Indigenous Astronomies in the Modern World. In: Ruggles, C. Handbook of Archaeoastronomy and Ethnoastronomy. New York: Springer New York. p197-212.
Lotzof, K. (2018). Are we really made of stardust?. Available: https://www.nhm.ac.uk/discover/are-we-really-made-of-stardust.html. Last accessed 26th June 2020.
Lundmark, K. (1932). Luminosities, Colours, Diameters, Densities, Masses of the Stars. Handbuch der Astrophysik. 5 (1), p210-573.
Lupieri, E. (2001). The Mandaeans: The Last Gnostics. Grand Rapids: Wm. B. Eerdmans Publishing. p38-45, 73.
Lynn, W. (1951). From Astronomy to Religion. Irish Astronomical Journal. 1 (1), p238-239.
Magli, G. (2016). Archaeoastronomy: Introduction to the Science of Stars and Stones. New York: Springer International Publishing. p3-28, 53-99.
Mahon, K. (2017). Embracing mystery: spiritual connections in faith and astronomy. Available: https://dailytheology.org/2017/02/23/embracing-mystery-spiritual-connections-in-faith-and-astronomy/. Last accessed 18th June 2020.
Makemson, M. W. (1954). Astronomy in Primitive Religion. The Journal of Bible and Religion. 22 (3), p163-171.
Manuel, M., Carreira, S. J., & Gonzalo, J. A. (2012). Everything Coming out of Nothing vs. A Finite, Open and Contingent Universe. Sharjah: Bentham Science Publishers. p45.
Markova, O. Y., & Markova, T. B. (2016). Philosophy of Russian cosmism, Fedorov and Tsiolkovsky: Intersection of ideas. Дискурс. 4 (1), p11-18.
Marshack, A. (1991). The Roots of Civilization: Cognitive Beginnings of Man's First Art Symbol and Notation. Ann Arbor: Moyer Bell Ltd. p57-80.
Marta, T. (2019). Searching For The Unification With Cosmos As A Challenge For Prehistoric Builders. The Central European Journal of Social Sciences and Humanities. 2 (60), p148-160.
Mason, M. (2008). Burned at the Stake for Believing in Science. Available: https:// www.discovermagazine.com/the-sciences/burned-at-the-stake-for-believing-in-science. Last accessed 14th March 2020.
Maunder, E. W. (2018; originally published 1907). The Astronomy of the Bible - An Elementary Commentary on the Astronomical References of Holy Scripture. London: Read Books Ltd. p1-438.
Maunder, E. W. (2019; originally published 1913). Are the planets inhabited?. New York: Dossier Press. p1-172.
McLeod, A. (2016). Astronomy in the Ancient World: Early and Modern Views on Celestial Events. New York: Springer. p189-192.
McCluskey, S. C. (2014). Astronomy in the Service of Christianity. In: Ruggles, C Handbook of Archaeoastronomy and Ethnoastronomy. New York: Springer. p165-179.
McNamara, P. (2011). Spirit Possession and Exorcism: History, Psychology, and Neurobiology. Santa Barbara: ABC-CLIO. p24-26.
Melton, J. G. (2007). The Encyclopedia of Religious Phenomena. Michigan: Visible Ink Press. p21, 32, 60, 69, 122, 207, 319-320, 334, 364.
Mercer, C., & Trothen, T. J. (2014). Religion and Transhumanism: The Unknown Future of Human Enhancement. Santa Barbara: ABC-CLIO. p149.
Mills, R. J. W. (2015). Archibald Campbell's Necessity of Revelation (1739)—the Science of Human Nature's First Study of Religion. History of European Ideas. 41 (6), p728-746.
Minster, C. (2019). The Dark Constellations of the Inca Empire. Available: https://www.thoughtco.com/inca-star-worship-and-constellations-2136315. Last accessed 29th June 2020.
Mithen, S. (1998). The Prehistory Of The Mind: A Search for the Origins of Art, Religion and Science. London: W&N. p8, 20-21, 171-210.
Mohd Nasir, N. (2015). From Abraham to the 'Abrahamic religions': Louis Massignon and the invention of a religious category. Oxford: Oxford University Press. p1-17.
Motz, L., & Weaver, J. H. (2013). The Story of Astronomy. Berlin: Springer. p1-20.
Muehleisen, J. (1849). Genuine and spurious religion: a compendious, scriptural and consecutive view of the origin, development and character of different systems of belief. London: The British Library. p424.
Mullen, L. (2011). Reverence for the Heavens: How Astronomy and Religion Intersect. Available: https://www.space.com/10656-astronomy-religion-cosmos-intersection.html. Last accessed 23rd June 2020.
Murray, W. B. (2014). Astronomy and Rock Art Studies. In: Ruggles, C. Handbook of Archaeoastronomy and Ethnoastronomy. New York: Springer New York. p239-249.
Nanos, J. (2009). France’s Ancient Astronomers. Available: https://www.nationalgeographic.com/travel/intelligent-travel/2009/12/17/frances_ancient_astronomers/. Last accessed 11th Jul 2020.
Narr, K. J. (2018). Prehistoric religion. Available: https://www.britannica.com/topic/prehistoric-religion. Last accessed 20th June 2020.
Nekrasova, N. A., & Soshnina, A. G. (2016). The moral foundation of the religious and philosophical currents of Russian cosmism. Naučnyj Vestnik MGTU GA. 215 (1), p46-51.
Ness, L. J. (1990). Astrology and Judaism in Late Antiquity. Available: http://www.smoe.org/arcana/diss3.html. Last accessed 29th June 2020.
Ness, L. J. (1999). Written in the Stars: Ancient Zodiac Mosaics. Unknown: Shangri-La Publications. p81.
New Catholic Encyclopedia. (2020). Astral Religion. Available: https://www.encyclopedia.com/religion/encyclopedias-almanacs-transcripts-and-maps/astral-religion. Last accessed 15th June 2020.
Norris, R. (2018). The astronomy of the Aborigines. Available: https://www.skyatnightmagazine.com/news/the-astronomy-of-the-aborigines/. Last accessed 28th June 2020.
Norris, R. (2020). Australia's first astronomers. Available: https://www.bbcearth.com/blog/?article=australias-first-astronomers. Last accessed 28th June 2020.
Northrop, F. S. C. (1946). Meeting of East and West: An Inquiry Concerning World Understanding. Michigan: Macmillan Publishers. p412.
North, J. (2007). Stonehenge: A New Interpretation of Prehistoric Man and the Cosmos. New York: Simon and Schuster. p10, 20, 527, 583.
North, J. (2008). Cosmos: An Illustrated History of Astronomy and Cosmology. Chicago: The University of Chicago Press. p3, 5-6, 24, 36-66, 80, 136, 164-165, 168, 232-233, 784.
O'Brien, P. K. (2002). Atlas of World History. Oxford: Oxford University Press. p26.
O'Collins, G. (2008). Salvation for All: God's Other Peoples. Oxford: OUP Oxford. p179.
Odenwald, S. (2019). Space Exploration—A History in 100 Objects. New York: The Experiment, LLC. p9.
Olcott, W. T. (2004). Star Lore of All Ages. New York: Dover Publications, Inc. p3-20.
Overend, J., Pearson, J., Roberts, R., & Samuel, G. (1998). Nature Religion Today: Paganism in the Modern World. Edinburgh: Edinburgh University Press. p1-20.
Overmann, K. A. (2013). Material Scaffolds in Numbers and Time. Cambridge Archaeological Journal. 23 (1), p19-39.
Palmer, M (2003). Freud and Jung on Religion. London: Routledge. p108-112, 143-146.
Pankenier, D. W. (2014). Did Babylonian astrology influence early Chinese astral prognostication. Early China. 37 (1), p1-13.
Park, G. K. (2001). Divination. Available: https://www.britannica.com/topic/divination. Last accessed 29th June 2020.
Parpola, A. (2020). The Indus Script. Available: https://www.harappa.com/script/maha1.html. Last accessed 29th June 2020.
Pásztor, E. (2011). Prehistoric Astronomers? Ancient Knowledge Created By Modern Myth. Journal of Cosmology. 14 (1), p1-6.
Pásztor, E. (2015). Prehistoric Light in the Air: Celestial Symbols of the Bronze Age. The Oxford Handbook of Light in Archaeology. 2015 (1), p1-20.
Pásztor, E., & Priskin, A. (2011). Celestial symbols revisited - Palaeolithic sky lore: fiction or fact?. Journal of Cosmology. 14 (1), p1-19.
Pearson, R. (2020). The History of Astronomy. Nottingham: Astro Publication. p36.
Peters, T. (2014). Astrotheology: A constructive proposal. The Journal of Religion & Science. 49 (2), p443-457.
Peters, T. (2016). Astrobiology and Astrochristology. Journal of Religion & Science. 51 (2), p480-496.
Peters, T. (2019). Astrotheology. Available: https://oxfordre.com/religion/view/10.1093/acrefore/9780199340378.001.0001/acrefore-9780199340378-e-10. Last accessed 18th June 2020.
Peters, T. (2019). Our common cosmos: an exercise in astrotheology. Theology. 122 (5), p363-367.
Petri, W. (2017). Universal Version Bible The Books of Nevi'im – The Nevi'im Rishonim Part 2. Unknown: Lulu.com. p397-398.
Pettitt, P. (2002). When Burial Begins. Available: https://web.archive.org/web/20070602060232/http://www.britarch.ac.uk/ba/ba66/feat1.shtml. Last accessed 20th June 2020.
Petzinger, G. V. (2012). The Roots of Religion: Genevieve Von Petzinger at TEDxVictoria. Available: https://www.youtube.com/watch?v=4Zgwz_m7sRs&feature=youtu.be&t=636. Last accessed 18th June 2020.
Petzinger, G. V. (2016). The First Signs: Unlocking the Mysteries of the World's Oldest Symbols. New York: Atria Books. p37-54, 229-230, 241.
Pfeiffer, J. E. (1983). Creative Explosion: Inquiry into the Origins of Art and Religion. New York: Harper & Row. p19-40.
Pimenta, F. (2014). Astronomy and Navigation. In: Ruggles, C. Handbook of Archaeoastronomy and Ethnoastronomy. New York: Springer New York. p43-65.
Pimenta, F., Silva, F., & Tirapicos, L. (2019). Symbolism and Archaeoastronomy in Prehistory. Available: https://pdfs.semanticscholar.org/e7d9/e78f097af10c8bb36d27f53ba65ac3563c7b.pdf?_ga=2.259999690.1326801347.1593007067-1246724190.1593007067. Last accessed 24th June 2020.
Pizzimenti, S. (2014). The Astral Family in Kassite Kudurrus Reliefs: Iconographical and Iconological Study of Sîn, Šamaš and Ištar Astral Representations. In: Marti, L. La famille dans le Proche-Orient ancien: réalités, symbolismes, et images. Indiana: Eisenbrauns. p151-161.
Platvoet, J. G., & Molendijk, A. L. (1999). The Pragmatics of Defining Religion: Contexts, Concepts, and Contests. Amsterdam: Brill. p3-15, 23, 233, 245, 409.
Płonka, T. (2019). Human representations in the Late Palaeolithic and Mesolithic art of north-western Europe. Available: https://www.sciencedirect.com/science/article/pii/S1040618219301211. Last accessed 24th June 2020.
Powell, J. (2019). Cave Paintings That Recorded the Night Sky. In: Powell, J. From Cave Art to Hubble: A History of Astronomical Record Keeping. Cham: Springer Nature Switzerland. p9-16.
Powell, J. (2019). Other Ways the Ancients Kept Astronomical Records. In: Powell, J. From Cave Art to Hubble: A History of Astronomical Record Keeping. Cham: Springer Nature Switzerland. p17-28.
Prisco, G. (2018). Why Turing Church is a space religion. Available: https://turingchurch.net/why-turing-church-is-a-space-religion-c3675fab633a. Last accessed 12th Aug 2020.
Pryor, A. (2018). It's a great big universe: Astrobiology and future trends for an astrotheology. A Journal of Theology: Dialog. 57 (1), p5-11.
Pryor, A. (2018). Intelligence, Non-Intelligence…Let’s Call the Whole Thing Off. Theology and Science. 16 (4), p471-483.
Quach, M. (2017). Aboriginal Astronomy: Navigating Seasons by the Stars. Available: https://blogs.unimelb.edu.au/sciencecommunication/2017/09/21/aboriginal-astronomy-navigating-seasons-by-the-stars/. Last accessed 28th June 2020.
Quainton, C. S. (1926). The Astronomy of the Bible. Journal of the Royal Astronomical Society of Canada. 20 (6), p193-197.
Rappenglück, M. A. (1997). The Pleiades in the "Salle des Taureaux", grotte de Lascaux. Does a rock picture in the cave of Lascaux show the open star cluster of the Pleiades at the Magdalénien era (ca 15.300 BC?)". In: Jaschek, C. & Barandela, F. A. Actas Del IV Congreso De La Seac. Salamanca: Universidad de Salamanca. p217-225.
Rappenglück, M. A. (1999). Palaeolithic Timekeepers Looking At The Golden Gate Of The Ecliptic; The Lunar Cycle and The Pleiades In The Cave of La-Tete-Du-Lion (Ardèche, France) – 21,000 BP. Earth, Moon, and Planets. 85 (1), p391-404.
Rappenglück, M. (2000). Ice Age People Find their Ways by the Stars: A Rock Picture in the Cueva de El Castillo (Spain) May Represent the Circumpolar Constellation of the Northern Crown (CrB). Migration & Diffusion, an international journal. 1 (2), p15-28.
Rappenglück, M. A. (2001). The anthropoid in the sky: Does a 32,000-year old ivory plate show the constellation Orion combined with a pregnancy calendar?. Calendars, Symbols, and Orientations: Legacies of Astronomy in Culture. 59 (1), p51-55.
Rappenglück, M. A. (2002). The Milky Way: Its concept, function and meaning in ancient cultures. In: Obridko, V. N. & Potyomkina, T. M. Astronomy of Ancient Societies. Moscow: Hayka. p270-277.
Rappenglück, M. (2005). Cave and cosmos, a geotropic model of the world in ancient cultures. In: Belmonte, J. A., & Zedda, M. P. Lights and shadows in cultural astronomy: proceedings of the SEAC. Isili: Associazione Archeofila Sarda. p241-249.
Rappenglück, M. A. (2006). The whole world put between to shells: the cosmic symbolism of tortoises and turtles. Mediterranean Archaeology and Archaeometry. 6 (3), p223-230.
Rappenglück, M. A. (2008). The Pleiades and Hyades as celestial spatiotemporal indicators in the astronomy of archaic and indigenous cultures. In: Wolfschmidt, G Prähistorische Astronomie und Ethnoastronomie. Hamburg: Beiträge zur Geschichte der Naturwissenschaften. p13-39.
Rappenglück, M. A. (2008). Tracing the celestial deer - An ancient motif and its astronomical interpretation across cultures. Archaeologia Baltica. 10 (1), p62-65.
Rappenglück, M. A. (2009). Constructing Worlds: Cosmovisions as Integral Parts of Human Ecosystems. Cosmology Across Cultures. 409 (1), p107-115.
Rappenglück, M. A. (2009). Heavenly Messengers: The Role of Birds in the Cosmographies and the Cosmovisions of Ancient Cultures. Cosmology Across Cultures. 409 (1), p145-150.
Rappenglück, M. A. (2014). The Cosmic Deep Blue: The Significance of the Celestial Water World Sphere Across Cultures. Mediterranean Archaeology and Archaeometry. 14 (3), p293-305.
Rappenglück, M. A. (2014). Stone Age People Controlling Time and Space: Evidences for Measuring Instruments and Methods in Earlier Prehistory and the Roots of Mathematics, Astronomy, and Metrology. Athens: National Hellenic Research Foundation. p466-474.
Rappenglück, M. A. (2015). Voyages guided by the skies: ancient concepts of exploring and domesticating time and space across cultures. In: Campion, N., Joaquinito, A., Pimenta, F., Ribeiro, N., Silva, F., & Tirapicos, L. SEAC 2011 Stars and Stones: Voyages in Archaeoastronomy and Cultural Astronomy. Oxford: Archaeopress. p18-26.
Rappenglück, M. A. (2015). Possible Astronomical Depictions in Franco-Cantabrian Paleolithic Rock Art. New York: Springer Science & Business Media. p1205-1212.
Rappenglück, M. A. (2016). Keepers of time and guardians of space–some basic concepts of astronomy and power. In: Campion, N., Rappenglück, B., Rappenglück, M. A., & Silva, F. Astronomy and Power: How Worlds are Structured. London: Hadrian Books. p1-10.
Rappenglück, M. A. & Vit, J. (2016). Looking Through a Telescope With An Obsidian Mirror: Could Specialists of Ancient Cultures Have Been Able to View The Night Sky Using Such an Instrument?. Mediterranean Archaeology and Archaeometry. 16 (4), p7-15.
Rappenglück, M. A. (2018). The world as a living entity: essentials of a cosmic metaphor. Mediterranean Archaeology and Archaeometry. 18 (4), p323-331.
Reader, I (2001). Religions of East Asia. Lancaster: Lancaster University. p3947-3953.
ReligionForBreakfast. (2017). Cult of Mithras Explained. Available: https://www.youtube.com/watch?v=xlF0gVedODE. Last accessed 8th Jul 2020.
ReligionForBreakfast. (2017). The Academic Study of Religion Explained. Available: https://www.youtube.com/watch?v=6VAx4jZbBr8. Last accessed 20th June 2020.
ReligionForBreakfast. (2020). Animism: The First Religion?. Available: https://www.youtube.com/watch?v=xoYZ5xNyKbc. Last accessed 8th Jul 2020.
Rice, P. M. (2019). Anthropomorphizing the Cosmos: Middle Preclassic Lowland Maya Figurines, Ritual, and Time. Denver: University Press of Colorado. p25.
Ricks, D. (1987). Ancient Astronomers Mapped the Heavens and Aided Their Lives. Available: https://www.latimes.com/archives/la-xpm-1987-03-22-mn-14798-story.html. Last accessed 17th June 2020.
Robbins, F. E. (1940). Tetrabiblos. Massachusetts: Harvard University Press. p3.
Robbins, L. H. (2000). Astronomy and Prehistory. In: Selin, H. Astronomy Across Cultures: The History of Non-Western Astronomy. Amsterdam: Springer Netherlands. p31-52.
Robinson, N. (1991). Massignon, Vatican II and Islam as an Abrahamic religion. Islam and Christian–Muslim Relations. 2 (1), p182-205.
Robinson, J. (2017). Stars in the Bible: 60 Bible Verses About Stars. Available: https://truerichesradio.com/stars-in-the-bible/. Last accessed 29th June 2020.
Robinson, S. (2020). On the origin of symbols: archaeology, semiotics and self-transcendence. In: Deane-Drummond, C. & Fuentes, A Theology and Evolutionary Anthropology: Dialogues in Wisdom, Humility and Grace. Abingdon: Routledge. p7.
Rogers, J. H. (1998). Origins of the ancient constellations: I. The Mesopotamian traditions. Journal of the British Astronomical Association. 108 (1), p9-28.
Rossano, M. J. (2006). The Religious Mind and the Evolution of Religion. Review of General Psychology. 10 (4), p346-364.
Rubio, G. (2017). How eclipses were regarded as omens in the ancient world. Available: https://theconversation.com/how-eclipses-were-regarded-as-omens-in-the-ancient-world-81248. Last accessed 24th June 2020.
Ruggles, C. (1997). Archaeoastronomy in Europe. In: Walker, C. Astronomy Before The Telescope. New York: St Martin's Press. p15-27.
Ruggles, C. (1999). Astronomy Before History. In: Hoskin, M. The Cambridge Concise History of Astronomy. Cambridge: Cambridge University Press. p1-17.
Ruggles, C. (2005). Ancient Astronomy: An Encyclopedia of Cosmologies and Myth. Santa Barbara: ABC-CLIO. p1-448.
Salazar, J. (2007). Brian May describes spiritual lift from astronomy. Available: https://earthsky.org/space/rock-star-describes-spiritual-lift-from-astronomy. Last accessed 18th June 2020.
Saletta, M. S. (2014). The Arles-Fontvieille Megalithic Monuments: astronomy and cosmology in the European Neolithic. Available: https://minerva-access.unimelb.edu.au/bitstream/handle/11343/55083/Arles_Fontvieille_Megaliths_Archaeoastronomy_Saletta2015.pdf?sequence=1&isAllowed=y. Last accessed 16th Jul 2020.
Sardar, M. (2011). Astronomy and Astrology in the Medieval Islamic World. Available: https://www.metmuseum.org/toah/hd/astr/hd_astr.htm. Last accessed 11th Aug 2020.
Sarton, G. (1955). The astral religion of antiquity and the “thinking machines” of to-day. Vistas in Astronomy. 1 (1), p51-60.
Schaefer, B. E. (2006). The Origin of the Greek Constellations. Scientific American. 295 (5), p96-101.
Schmadel, L. D. (1992). Dictionary of Minor Planet Names. London: Springer. p374.
Schütte, G. (1920). Primæval astronomy in Scandinavia. Scottish Geographical Magazine. 36 (4), p244-254.
Schwenk, J (2019). Occhiolism: (N. ) the Awareness of the Smallness of Your Perspective of Being in the World. London: Independently Published. p1-105.
SciWorx. (2020). Sky Rock Petroglyph Field Trip | SciWorx. Available: https://www.youtube.com/watch?v=yZGTNBO4yCg&feature=youtu.be. Last accessed 14th Jul 2020.
Scott, A. (1994). Origen and the Life of the Stars: A History of an Idea. Oxford: Oxford University Press, USA. p3-38.
Segal, R. A. (2006). The Blackwell Companion to the Study of Religion. Oxford: Blackwell Publishing. p50, 175.
Seligsohn, M. (1906). Star-worship. Available: http://www.jewishencyclopedia.com/articles/13990-star-worship. Last accessed 23rd June 2020.
Sharma, A., & Sherma, R. (2008). Hermeneutics and Hindu Thought: Toward a Fusion of Horizons. Casa Grande: Springer Science & Business Media. p1-8, 96, 108, 239.
Shipman, P., & Trinkaus, E. (1993). The Neandertals: Changing the image of mankind. London: Pimlico. p255-256, p336-341.
Shreeve, J. (1995). The Neandertal Enigma: Solving the mystery of modern human origins. New York: Avon Books. p314-318.
Silva, S. (2018). Taking Divination Seriously: From Mumbo Jumbo to Worldviews and Ways of Life. Ethnographies of Worldviews/Ways of Life. 9 (12), p394.
Sky & Telescope. (2006). Celestial Omens. Available: https://skyandtelescope.org/astronomy-news/observing-news/celestial-omens/. Last accessed 24th June 2020.
Smart, N. (1998). The World's Religions. 2nd ed. Cambridge: Cambridge University Press. p10-29.
Smeds, J. (1990). Graves, Bachofen and the Matriarchy Debate. Available: http://www.robertgraves.org/issues/33/4454_article_1.pdf. Last accessed 15th Jul 2020.
Smith, E. L. (1963). The Conservative Evangelicals and The World Council of Churches. The Ecumenical Review. 15 (2), p182-191.
Smith, J. (2015). A Chinese asterism's journey to Japan. In: Richey, J. L. Daoism in Japan: Chinese traditions and their influence on Japanese religious culture. Abingdon: Routledge. p11-12, 14, 21.
Smith, M. G. (2014). Rockets and Revolution: A Cultural History of Early Spaceflight. USA: University of Nebraska. p409.
Smith, M. S. (2003). When the Heavens Darkened: Yahweh, El, and the Divine Astral Family in Stone Age II Judah. In: Dever, W. G., & Gitin, S. Symbiosis, Symbolism, and the Power of the Past: Canaan, Ancient Israel, and Their Neighbors from the Late Bronze Age Through Roman Palaestina. Ann Arbor: Eisenbrauns. p265-277.
Smith, M. S. (2010). Astral Religion and the Representation of Divinity: The Cases of Ugarit and Judah. In: Noegel, S., & Walker, J. Prayer, Magic, and the Stars in the Ancient and Late Antique World. University Park: Penn State Press. p187-194.
Smith, R. (2013). World's Oldest Calendar Discovered in U.K.. Available: https://www.nationalgeographic.com/news/2013/7/130715-worlds-oldest-calendar-lunar-cycle-pits-mesolithic-scotland/. Last accessed 24th June 2020.
Soderman, T. (2012). The Oldest Lunar Calendars. Available: https://sservi.nasa.gov/articles/oldest-lunar-calendars/. Last accessed 23rd June 2020.
Spence, L. (2010). The History and Origins of Druidism. 2nd ed. Whitefish: Kessinger Publishing. p11, 21.
Stanley, A. (2000). Honoring a Heretic Whom Vatican 'Regrets' Burning. Available: https://www.nytimes.com/2000/02/18/world/honoring-a-heretic-whom-vatican-regrets-burning.html. Last accessed 14th March 2020.
Stargazers Astronomy. (2000). Star Lore: Origins of the Constellations. Available: http://www.stargazers.iinet.net.au/constellorigins.htm. Last accessed 20th June 2020.
Streng, F. J. (1972). Studying Religion: Possibilities and Limitations of Different Definitions. Journal of the American Academy of Religion. 40 (2), p219-237.
Strohmer, C. (2005). Astral Religion and the New Age. In: Enroth, R. M. A Guide to New Religious Movements. Westmont: InterVarsity Press. p97-111.
Studach, J. L. (1856). Die Urreligion, oder Das entdeckte Uralphabet. Stockholm: Oxford University. p1-20.
Sun, X. (2014). Observation of Celestial Phenomena in Ancient China. In: Ruggles, C. Handbook of Archaeoastronomy and Ethnoastronomy. New York: Springer New York. p2043-2049.
Sutton, N. (2020). Humanity and The Cosmos. Available: https://shadesofnoir.org.uk/humanity-and-the-cosmos/. Last accessed 26th June 2020.
Tanzella-Nitti, G. (2002). Sky | Inters.org. Available: http://inters.org/sky. Last accessed 26th June 2020.
TEDx Talks. (2019). Cultural Astronomy and Religion | Jarita Holbrook | TEDxLeDroitPark. Available: https://www.youtube.com/watch?v=tWEsrbzV6wI. Last accessed 23rd June 2020.
Tester, S. J. (1987). A History of Western Astrology. Woodbridge: Boydell & Brewer. p111-112.
The Maimonides Foundation. (2013). The Three Abrahamic Faiths. Available: http://interfaithexplorers.com/for-teachers/teaching-information-and-guidance/the-three-abrahamic-faiths. Last accessed 3rd July 2020.
The Times. (2005). Alexander Marshack. Available: https://www.thetimes.co.uk/article/alexander-marshack-hnzb7qc9p5t. Last accessed 26th June 2020.
Thornton, T. (1844). A History of China: From the Earliest Records to the Treaty with Great Britain in 1842, Volume 1. London: W. H. Allen & Co. p49-53.
Tokoro, G., Wickramasinghe, C., & Wickramasinghe, K. (2019). Our Cosmic Ancestry in the Stars: The Panspermia Revolution and the Origins of Humanity. Rochester: Bear & Company. p102.
Ucko, P. J. (1969). Ethnography and archaeological interpretation of funerary remains. World Archaeology. 1 (2), p262-280.
United Religions Initiative. (2020). Judaism: Basic Beliefs. Available: https://uri.org/kids/world-religions/jewish-beliefs. Last accessed 3rd July 2020.
United Religions Initiative. (2020). Taoism | URI. Available: https://uri.org/kids/world-religions/taoism. Last accessed 3rd July 2020.
University of Birmingham. (2013). Warren Field - The Beginning of Time?. Available: https://www.youtube.com/watch?v=yPIdaaAow_0. Last accessed 24th June 2020.
University of Hawaii Institute for Astronomy. (Unknown). Astronomy to the Early Hawaiians. Available: https://www.ifa.hawaii.edu/users/steiger/early_hawaiians.htm. Last accessed 18th Aug 2020.
Upton, J. (2015). Ancient Sea Rise Tale Told Accurately for 10,000 Years. Available: https://www.scientificamerican.com/article/ancient-sea-rise-tale-told-accurately-for-10-000-years/. Last accessed 19th June 2020.
van der Kooi, C. (2012). Towards an Abrahamic ecumenism? the search for the Universality of the divine mystery. Acta Theologica. 32 (2), p240-253.
van der Veer, P. (2001). International Encyclopedia of the Social & Behavioral Sciences. Amsterdam: University of Amsterdam. p7279-7282.
van der Waerden, B. L. (1974). Cosmic Religion, Astrology and Astronomy. In: van der Waerden, B. L. Science Awakening II: The Birth of Astronomy. Zürich: Springer. p1-2, 127-204.
Vassar Encyclopedia. (2008). Maud W. Makemson. Available: http://vcencyclopedia.vassar.edu/faculty/original-faculty/maria-mitchell/living-legacy/maud-w-makemson.html. Last accessed 22nd June 2020.
Viegas, J. (2017). France's Earliest Engraving Depicts an Extinct Giant Cow. Available: https://www.seeker.com/frances-earliest-engraving-depicts-an-extinct-giant-cow-2228082021.html. Last accessed 11th Jul 2020.
Violatti, C. (2015). The Meaning of European Upper Paleolithic Rock Art. Available: https://www.ancient.eu/article/787/the-meaning-of-european-upper-paleolithic-rock-art/. Last accessed 15th Jul 2020.
Vogel, D. W. (1962). The philosophy of religion of Karl Jaspers. Boston: Boston University. p25-73.
Walker, C. (1999). Astronomy and Astrology in Mesopotamia. In: Walker, C. Astronomy Before The Telescope. London: British Museum Press. p42-67.
Wayne, T. K. (2011). American Women of Science Since 1900, Volume 1. Santa Barbara: ABC-CLIO. p650.
Werner, E. T. C. (2017). Myths & Legends of China. New Delhi: General Press. p176-197.
Wheeler, B. (2019). Abraham and Islam. Available: https://www.bibleodyssey.org/en/people/related-articles/abraham-and-islam. Last accessed 3rd July 2020.
Wilkinson, D. (2013) Science, Religion, and the Search for Extraterrestrial Intelligence. Oxford: Oxford University Press. p3-4, 134.
Winborne, J. (2019). Revelations of Divine Deception: Why I Left the Church. London: Tredition. p155-176.
Winitzer, A. (2011). Writing and Mesopotamian Divination: The Case of Alternative In. Journal of Cuneiform Studies. 63 (1), p77-94.
Wright, R. P. (2009). The Ancient Indus: Urbanism, Economy, and Society (Case Studies in Early Societies). Cambridge: Cambridge University Press. p1.
York, M (2003). Pagan Theology: Paganism as a World Religion. New York: New York University Press. vii.
Young, F. W. (1970). A Fifth Analysis of the Star Husband Tale. Ethnology. 9 (4), p389-413.
Young, G. M. (2012). The Russian Cosmists: The Esoteric Futurism of Nikolai Fedorov and His Followers. Oxford: Oxford University Press. p46-144.
Zarka, P. (2011). Astronomy and astrology. The Role of Astronomy in Society and Culture. 5 (1), p420-425.
Adams, W. H. D. (1864). Dwellers on the threshold; or, Magic and magicians, with some illustrations of human error and imposture, Volume 2. London: Unknown. p161.
Akkerman, A. (2019). Sky and Gender Myths in the Founding of Early Built Environments. In: Akkerman, A Philosophical Urbanism: Lineages in Mind-Environment Patterns. Saskatoon: Palgrave Macmillan. p43-70.
American Association of Variable Star Observers. (2010). The Myths of Ursa Major, The Great Bear. Available: https://www.aavso.org/myths-uma. Last accessed 27th June 2020.
Artemenko, T. G., & Vavilova, I. B. (2014). Ancient Astronomical Culture In Ukraine 1: Finds Relating To The Palaeolithic Era. Journal of Astronomical History and Heritage. 17 (1), p29-38.
Astronomy Now. (2016). Britain’s pre-Stonehenge megaliths were aligned by astronomers. Available: https://astronomynow.com/2016/08/19/britains-pre-stonehenge-megaliths-were-aligned-by-astronomers/. Last accessed 15th Jul 2020.
Aveni, A. (1997). Stairways to the Stars: Skywatching in Three Great Ancient Cultures. Hoboken: John Wiley & Sons. p1-35.
Aveni, A. F. (1986). Archaeoastronomy: Past, Present, and Future. Sky and Telescope. 71 (1), p456.
Babu, P. P. (2019). Ancient Astronomy Through The Ages With Reference To Megalithic Monuments in Telangana. International Journal of Multidisciplinary Educational Research. 8 (5), p132-141.
Baudouin, M. (1921). La Grande Ourse et le Phallus du Ciel. [Spongiaire phalliforme à gravures]. Bulletin de la Société préhistorique de France. 18 (11), p305-308.
Bednarik, R. G. (1997). The global evidence of early human symboling behaviour. Human Evolution. 12 (1), p147-168.
Berry, R. J., & Jeeves, M. A. (1998). Science, Life and Christian Belief: A survey and assessment. Leicester: Apollos. p137-138.
Boda, M., & Provan, I. (2012). Let us Go up to Zion: Essays in Honour of H. G. M. Williamson on the Occasion of his Sixty-Fifth Birthday. Leiden: BRILL. p339-342.
Bolle, K. (1984). Myths and Other Religious Texts. In: Whaling, F. The Humanities. New York: Walter de Gruyter GmbH & Co KG. p297-349.
Bolton, S. J., & Clarke, T. C. (2010). The planets and our culture: a history and a legacy. Proceedings of the International Astronomical Union. 6 (S269), p199-212.
Bradshaw Foundation. (2011). The Religious Beliefs and the Rock Art. Available: https://www.bradshawfoundation.com/china/huashan/religious_beliefs.php. Last accessed 15th Jul 2020.
Bradshaw Foundation. (2014). Astronomy revealed in Peruvian prehistoric rock art. Available: http://www.bradshawfoundation.com/news/rock_art.php?id=Astronomy-revealed-in-Peruvian-prehistoric-rock-art. Last accessed 15th Jul 2020.
Bradshaw Foundation. (2015). Dordogne's natural calendar in the sky. Available: http://www.bradshawfoundation.com/news/archaeology.php?id=Dordogne-s-natural-calendar-in-the-sky. Last accessed 15th Jul 2020.
Bradshaw Foundation. (2018). Religion on the Rocks. Available: http://www.bradshawfoundation.com/news/rock_art.php?id=Religion-on-the-Rocks. Last accessed 15th Jul 2020.
Bradshaw Foundation. (2018). Relating Ice Age art with astronomy. Available: http://www.bradshawfoundation.com/news/cave_art_paintings.php?id=Relating-Ice-Age-art-with-astronomy. Last accessed 15th Jul 2020.
Brady, L. M., Hampson, J., & Sanz, I. D. (2017). Recording Rock Art: Strategies, Challenges, and Embracing the Digital Revolution. In: David, B. & McNiven, I. J. The Oxford Handbook of the Archaeology and Anthropology of Rock Art. O