The Lacandon Maya people are an indigenous community located in the rainforests of Chiapas, Mexico. In Maya studies, the Lacandon have received a lot of attention due to their preservation of cultural practices (Nations & Clark Reference Nations and Clark1983; Nations & Nigh Reference Nations and Nigh1980) and the integration of ancient Maya ruins in their ceremonial activities (McGee Reference McGee2002). Such practices gave the Lacandon an image of traditionalism, where their society appeared less affected by colonization and processes of modernization. Their indigenous subsistence methods, specifically slash-and-burn methods of farming (Nations & Nigh Reference Nations and Nigh1980) and the use of stone-tool technology (Nations & Clark Reference Nations and Clark1983), prompted an anachronistic image of Lacandon culture. Palka (Reference Palka2005) illustrates the shortcomings of this portrayal and describes how the Lacandon balanced the preservation of their cultural traditions against exogenous influences. Through my interactions with the Lacandon community of Cerro Bello Metzabok (also spelled Mensäbäk), during conversations about the location of local landforms, I have noticed the ways in which the Lacandon people are connected to and shaped by their surrounding environment. During surveys, for instance, older Lacandon men asked younger participants to point out the location of the mountain of Chak Aktun (described later in this article) when the horizon was obscured by vegetation. Additionally, the people of Mensäbäk frequently post images of the landscape on social media and hang photos and artworks depicting nearby mountains and lakes in their homes. Most importantly, the Lacandon told me to pay attention to the mountains, stating that ‘something has to be there’. As a result of working with the Lacandon community and listening to them, I have come to see archaeological sites more broadly, as including the archaeological remains and the surrounding landscape and its unmodified landforms.
The modern Lacandon community is not equivalent to the ancient civilization that once occupied the same space more than 2000 years ago. In addition to the Spanish conquest, multiple disruptions drove ethnic groups all across the Yucatan as they fled conquest and pandemic diseases (Palka Reference Palka2005). Yet, the importance of landscapes is a consistent theme within Mesoamerican ideological practice (see Astor-Aguilera Reference Astor-Aguilera and Astor-Aguilera2011). Moreover, recent calls to decolonize archaeology have emphasized the importance of listening to the perspectives of the modern Indigenous people who inhabit the landscapes we study. Archaeologists such as Spector (Reference Spector1993) and Wilcox (Reference Wilcox, McAnany and Yoffee2010) have critiqued the field for dismissing indigenous points of view as irrelevant, or too distant from their ancestors to be worthy of consideration. I do not treat these movements as a condemnation of the field, but as a call towards new approaches that still use established methods and techniques, embracing Kimmerer's (Reference Kimmerer2013) approach of weaving together multiple ways of knowing. My research utilizes traditional archaeological methods, but input from Lacandon informants has guided my understanding of the archaeological data.
In this article, I will discuss the Preclassic (400 bc–ad 250) site of Noh K'uh, in Chiapas, Mexico. I propose that the ancient residents of Noh K'uh used landforms (both unaltered and altered) to construct an axis mundi in their site design. I pay special attention to unmodified landforms of the landscape—elements that are often excluded in archaeological analyses—in an effort to value Indigenous worldviews more fully (Wobst Reference Wobst, Smith and Wobst2004). I do not claim to be able to reconstruct completely how ancient residents of Noh K'uh viewed this landscape, because archaeological evidence is inherently fragmentary. Instead, I argue that integrating Indigenous ontologies into our interpretations can allow us to look at archaeological evidence in new ways and reconstruct the daily lives of ancient people better (Ashmore Reference Ashmore2009, 66).
Cross-culturally, archaeologists have observed the importance of mountains, caves and other landforms in the layout and design of ancient constructions (Bender Reference Bender2002; Crumley Reference Crumley, Ashmore and Knapp1999; Pauketat Reference Pauketat2012; Schele & Kapperlman Reference Schele, Kapperlman, Koontz, Reese-Taylor and Headrick2001; Vogt & Stuart Reference Vogt, Stuart, Brady and Prufer2005). Such features allowed ancient peoples to interact with non-human forces and sacred realms (Bender et al. Reference Bender, Hamilton and Tilley2007; Crumley Reference Crumley, Ashmore and Knapp1999; Palka Reference Palka2014; Pauketat Reference Pauketat2012). Across the Americas, researchers had described how monuments and city avenues aligned with mountains along the horizons, and how these patterns signified a religious connection to the universe. American indigenous populations in particular continue to view landscapes as spaces that integrate memory, identity, non-human beings and different planes of existence (Astor-Aguilera Reference Astor-Aguilera and Astor-Aguilera2011; Basso Reference Basso1996; Kimmerer Reference Kimmerer2013). Similarly, many Mesoamerican scholars view ancient city spaces as microcosms of the cosmological universe, or as axis mundi (Estrada-Belli Reference Estrada-Belli2006; Reilly Reference Reilly and Fields1994; Taube Reference Taube, Clark and Pye2000). The use of the axis mundi as a link between the earth and the cosmos has been applied to civilizations across the world (Eliade Reference Eliade and Trask1959), including North America (Pauketat Reference Pauketat2012) and China (Wheatley Reference Wheatley1971), but it can be misapplied (Smith Reference Smith2007). Viewing the relationship between architecture and prominent landforms as a version of an axis mundi can provide potential explanations for site design and settlement decisions. I do not propose that this is the only factor that drove construction and settlement, but this approach may help explain why residents were willing to invest time and labour in constructing a large society within a valley with little military or economic value.
This analysis contextualizes the built environment together with the unmodified landforms of the Mensäbäk basin because natural features may have influenced site organization and the daily lives of the people. The shape and orientation of large-scale construction projects shows how residents interacted with the landscape. I further argue that the intermontane basin that was home to Noh K'uh served as a sacred landscape that afforded Preclassic residents an opportunity to construct a symbolically meaningful community that bridged features of the natural landscape with human-constructed structures. I also suggest that the residents of Noh K'uh designed their community with an emphasis on centring. Noh K'uh's largest gathering space (known as an E Group formation) reveals stylized modifications that emphasize the cardinal directions but through an intercardinal system that was permanently commemorated at the site's ceremonial centre.
In the following discussion, I review landscape theory and Mesoamerican cosmological symbolism to discuss how a landscape-focused approach can inform the study of altered and unaltered environments. This article builds on previous research on the axis mundi in the Maya world by looking beyond the limits of the site core and by integrating natural features from the basin into Noh K'uh's axis mundi. I then present settlement survey and LiDAR data to discuss how residents altered their surroundings in congruence with landscape symbolism. By situating mapping data within the context of Preclassic Mesoamerican cosmology, I am able to construct the relationship that existed between the altered and unaltered environment of Noh K'uh. Finally, I consider the different factors that contributed to the growth of Preclassic communities and conclude that the human–landscape relationship played a significant role in the urban development of Noh K'uh. I reveal how the construction of cosmologically focused landscapes played a guiding role in the design and layout of societies (Ashmore Reference Ashmore2002; Pauketat Reference Pauketat2012; Ringle Reference Ringle, Grove and Joyce1999).
Viewing the world through cosmovision
Mesoamerican literature has highlighted how cosmological systems utilized landforms to guide the design and layout of planned societies (Ashmore Reference Ashmore2002; Ringle Reference Ringle, Grove and Joyce1999). As Ashmore (Reference Ashmore2009, 66) argues, ‘Mesoamerican landscapes are alive, pervasively imbued with cosmologic meaning, or cosmovision’. Mesoamerican researchers have identified sites where people constructed monuments and pathways in alignment with landforms such as caves, mountains and volcanoes (Ashmore & Sabloff Reference Ashmore and Sabloff2002; Clark & Hansen Reference Clark, Hansen, Inomata and Houston2001; Estrada-Belli Reference Estrada-Belli2011; Grove Reference Grove, Grove and Joyce1999; Inomata et al. Reference Inomata, Triadan, Aoyama, Castillo and Yonenobu2013). These studies demonstrate how landforms, both natural and human-made, provide nexus points between the natural and the supernatural.
Beginning as early as the Middle Preclassic (1000–400 bc), people began to move about and interact with their surroundings through alterations of the environment (Inomata et al. Reference Inomata, Triadan and Vázquez López2020; Love Reference Love, Grove and Joyce1999). During the Preclassic period (1000 bc–ad 250), the Maya probably practised cosmological rituals that treated landscape features as powerful entities and commemorated the conjunction between the land and people through the construction of ceremonial spaces. The scale of alterations to the natural landscape during the Preclassic period suggests that landscape rituals are likely to have played a central role in everyday life and thus should be treated as having the broader cultural significance already enjoyed by ceramics, iconography and architecture (Šprajc Reference Šprajc2018).
Both the natural and the built landscape shape ideology and individual identity (e.g. Ashmore Reference Ashmore2009; Basso Reference Basso1996; Reese-Taylor & Koontz Reference Reese-Taylor, Koontz, Koontz, Reese-Taylor and Headrick2001). Just as human activities are responsible for shaping landscapes, so in return do landscapes shape people (Ingold Reference Ingold1993). As such, landscapes are not external features to the human experience: ‘through living in it, the landscape becomes a part of us, and we are a part of it’ (Ingold Reference Ingold1993: 154). Western perspectives on landscapes, which de-emphasize the mutual agency of the human–landscape relationship, can hinder our ability to understand how ancient people lived in their world (Bender Reference Bender2002; Crumley Reference Crumley, Ashmore and Knapp1999; Johnson Reference Johnson2007). Wobst (Reference Wobst, Smith and Wobst2004) further highlights how archaeological methods often facilitate a focus on objects and spaces that were clearly modified by humans, which can prove limiting in societies that placed great value on the natural world. Astor-Aguilera (Reference Astor-Aguilera and Astor-Aguilera2011) is critical of using Western concepts to access Native American ontologies, because it can create a barrier between the researcher and the subject. Whether one takes a phenomenological approach (Hamilton Reference Hamilton2006; Tilley Reference Tilley1994) or uses concepts of embodiment (Bender Reference Bender2002; Bender et al. Reference Bender, Hamilton and Tilley2007), the goal is to understand how spaces were lived and experienced by the people who inhabited ancient landscapes rather than impose our own views onto the past.
Maya worldviews
Religious systems in the Maya region varied across time and space, particularly during the expansion of Late Preclassic polities. Researchers studying Preclassic landscapes (Doyle Reference Doyle, Freidel, Chase, Dowd and Murdock2017; Estrada-Belli Reference Estrada-Belli2006; Grove Reference Grove, Grove and Joyce1999; Rice Reference Rice2018; Stanton & Freidel Reference Stanton and Freidel2003; Vogt & Stuart Reference Vogt, Stuart, Brady and Prufer2005) have combined spatial analysis with iconographic observations to understand the role of natural features (such as mountains, caves and solar movements) in religious rituals and site design. For example, in the Olmec region sacred geographies were embedded in the construction of monuments and stone carvings, as evidenced by the cloud and rain symbols discovered near the peaks of local mountains (Grove Reference Grove, Grove and Joyce1999). Stanton and Freidel (Reference Stanton and Freidel2003) describe how both the Olmec and Maya used ceremonial plaza centres to commemorate the rebirth of the Maize god, yet each society used different symbols to distinguish itself from the other. Both societies viewed the living world as existing on the back of a primordial reptile, with turtle imagery more common in the Maya area and images of crocodiles more common in the Olmec region (Stanton & Freidel Reference Stanton and Freidel2003). Estrada-Belli (Reference Estrada-Belli2006) discusses how the Olmec and the Maya used monuments and caches to commemorate the axis mundi by constructing quadripartite symbols in the centre of ceremonial plazas. Estrada-Belli (Reference Estrada-Belli, Freidel, Chase, Dowd and Murdock2017) also describes geomancy at the site of Cival, Guatemala, where many constructions are aligned toward hilltops. Astor-Aguilera (Reference Astor-Aguilera and Astor-Aguilera2011, 4) argues that Mesoamerican views relating to life and fertility were ‘marked by geographic markers and celestial bodies’. The importance of the land and its mountains, caves and lakes endured throughout Maya and Mesoamerican history (Brady Reference Brady1997; Reference Brady, Prufer and Brady2005; Grove & Gillespie Reference Grove, Gillespie, Fash and Lujan2009; Lucero Reference Lucero2006; Palka Reference Palka2014; Vogt & Stuart Reference Vogt, Stuart, Brady and Prufer2005). However, the emphasis on the axis mundi, the importance of cardinal directions and the integration of prominent natural features are hallmarks that were established during the Preclassic.
Axis mundi
In Mesoamerica, the axis mundi is a representation of an interconnected universe where opposites such as up/down, east/west and sky/underground are juxtaposed to create cross patterns with a central point (Ashmore & Sabloff Reference Ashmore and Sabloff2002). The Maya situated their ceremonial centres to serve as an axis mundi (Ashmore Reference Ashmore1991; Reference Ashmore2002; Reference Ashmore2009; Ashmore & Sabloff Reference Ashmore and Sabloff2002) so their communities would be at the centre of their sacred universe. The axis mundi re-creates a model of the universe at a variety of scales, ranging from individual homes to the entirety of monumental complexes. Mesoamericans constructed axis mundi for different reasons: to consolidate power (Fields Reference Fields, Fields and Reents-Budet2005; Scherer Reference Scherer and Scherer2015; Smith Reference Smith2003a), communicate to deities (Lucero Reference Lucero2010; Reilly Reference Reilly, Fields and Reents-Budet2005), establish cosmological order (Estrada-Belli Reference Estrada-Belli2006; Freidel et al. Reference Freidel, Schele and Parker1993; Grove Reference Grove, Grove and Joyce1999; Rice Reference Rice2007), communicate concepts of strength and vitality (Scherer Reference Scherer and Scherer2015; Vogt & Stuart Reference Vogt, Stuart, Brady and Prufer2005), invoke communal identity through practice (Hendon Reference Hendon, Grove and Joyce1999), or ask permission of the gods to modify the living landscape (Plunket & Uruñuela Reference Plunket, Uruñuela and Plunket2002). These objectives were not mutually exclusive and could be invoked simultaneously given the complexity and ubiquity of the axis mundi in Mesoamerica.
References to the axis mundi are often portrayed through quadripartite motifs (Astor-Aguilera Reference Astor-Aguilera and Astor-Aguilera2011), and in almost all cases the centre is demarcated as the location of the living world where humans reside (Bauer Reference Bauer, Fields and Reents-Budet2005; Freidel et al. Reference Freidel, Schele and Parker1993). In Maya cosmology, the four cardinal directions were associated with specific realms of the universe (Fig. 1). North, for instance, was associated with influential ancestors (Schele & Miller Reference Schele and Miller1986) and occasionally the realm of kingly royalty (Ashmore Reference Ashmore1991). Because mountains and pyramids served as gateways to the heavens and the sky, they were sometimes associated with the north. South had an inverse relationship with death and the watery underworld. In Maya iconography, water symbolism was used to make a connection to the underworld (Coe Reference Coe1999; Stone and Zender Reference Stone and Zender2011; Tedlock Reference Tedlock1996). The east–west axis corresponded to the movement of the sun, which was considered the most sacred axis in Classic Maya ideology (Ashmore Reference Ashmore1991; Estrada-Belli Reference Estrada-Belli2006; Freidel et al. Reference Freidel, Schele and Parker1993).
Figure 1. Artistic depiction of cardinal relationships in Mesoamerican cosmology. (Drawing: author.)
Ceremonial centres integrated directional symbolism through the use of linear arrangements that represented the presence of multiple worlds, gateways and the animism of landscape features (Ashmore & Sabloff Reference Ashmore and Sabloff2002; Clark & Hansen Reference Clark, Hansen, Inomata and Houston2001; Estrada-Belli Reference Estrada-Belli2011; Grove Reference Grove, Grove and Joyce1999; Inomata et al. Reference Inomata, Triadan, Aoyama, Castillo and Yonenobu2013). Of particular importance were those instances where linear arrangements crossed each other at a centre point. These nexus points demonstrated the connection between different worlds, such as the watery underworlds, the earth and the sky (Reilly Reference Reilly, Fields and Reents-Budet2005; Rice Reference Rice2007; Saturno Reference Saturno, Fash and Lujan2009; Scherer Reference Scherer and Scherer2015). Centring rituals that placed objects and structures in quincunx patterns were performed at all levels of society in both public (Aoyama et al. Reference Aoyama, Inomata, Triadan, Pinzon, Palomo, Maclellan and Sharpe2017; Chase et al. Reference Chase, Dowd, Freidel, Freidel, Chase, Dowd and Murdock2017a; Estrada-Belli Reference Estrada-Belli, Freidel, Chase, Dowd and Murdock2017; Halperin Reference Halperin, Prufer and Brady2005) and domestic contexts (Robin Reference Robin, Freidel, Chase, Dowd and Murdock2017).
According to Ashmore and Sabloff (Reference Ashmore and Sabloff2002, 202), evidence from some Maya sites suggests that civic plans embodied cosmological principles through an emphasis on cardinal directionality; they thus called for ‘increased field inquiry into ideational models for ancient urban planning’. In response, Smith (Reference Smith2003b), warning of the pitfalls of presumptive observations, highlighted the difficulty of studying alignments in densely occupied settlements within a karstic environment where one could draw arbitrary alignments between random objects. Smith (Reference Smith2007, 30–33) also argues that the concept itself is over-used cross-culturally, as a subjective approach can lead one to see an axis mundi in any construction. Thus, Smith calls for more textual, artistic and empirical evidence that clearly outlines cosmological principles in urban planning. However, Maya texts do not include discussions of mundane subjects (Montgomery Reference Montgomery2002, 3), and it is unlikely that a text describing site plans exists. Presuming that a practice did not exist based on the lack of textual evidence can be problematic for a civilization that limited their writing towards specific political and religious purposes. Archaeological and iconographic evidence of the axis mundi are admittedly fragmentary and debatable, but like many archaeological hypotheses, the model of the axis mundi works as a provisional explanation for complex social behaviour.
This paper represents a continuation of a theoretical discussion (Ashmore Reference Ashmore1991) that leads to towards new information on how ancient people structured their daily life. Furthermore, archaeological research continues to find evidence of alignments and references to cosmology (Landau Reference Landau2015; Šprajc Reference Šprajc2005), especially during the Preclassic (Grove & Gillespie Reference Grove, Gillespie, Fash and Lujan2009; Love Reference Love, Grove and Joyce1999; Rice Reference Rice2018). Furthermore, materials from Noh K'uh demonstrate that residents shaped their homes in a rectangular pattern, reshaped and remodelled hill façades to accommodate a specific orientation (Juarez Reference Juarez2021), made offerings in the earth and stone foundations of their homes (Juarez Reference Juarez, Deeb, Kestle and Palka2011) and utilized quincunx symbols in architecture (discussed in this article). Additionally, Inomata and colleagues’ (Reference Inomata, Triadan and Vázquez López2020) recent discovery of a 1400 m long artificial plateau further demonstrates that the desire to reshape the landscape into ceremonial arenas may predate the construction of permanent homes (Inomata et al. Reference Inomata, MacLellan and Burham2015).
Methodology
The site of Noh K'uh is located in the northeastern portion of Chiapas, Mexico, where research has been conducted under the auspices of the Mensäbäk Archaeological Project (MAP). All sites recorded in MAP are located in between parallel systems of small mountains and foothills, creating an intermontane basin (Fig. 2). In total, these surveys revealed the presence of 176 house mounds and monumental structures (Juarez Reference Juarez2021) in an area covering 50 ha (Juarez et al. Reference Juarez, Salgado-Flores and Hernandez2019). The majority of excavated materials date to the Late Preclassic between 395 and 1 bc (Juarez et al. Reference Juarez, Salgado-Flores and Hernandez2019, 213).
Figure 2. Map of Noh K'uh's location with reference to other Preclassic sites.
Seventy-three square kilometres have been mapped using a laser theodolite and handheld GPS devices to georeference datums. Combined with data from the LiDAR survey in 2019 provided by the National Center for Airborne Laser Mapping (NCALM), updated maps provide a broad-scale image of land modifications. This article focuses on the 300 ha surrounding Noh K'uh's core that were ground-truthed through survey techniques.
A Mavic Pro drone was flown over Noh K'uh to collect panoramic images of the surrounding mountain ranges. Drone footage was processed using Adobe Photoshop CC's Photomerge tool that combines multiple images to create a panoramic image of the mountains (Fig. 3a). To interact better with LiDAR three-dimensional data, the digital elevation model (DEM) was displayed in Colgate University's Ho Tung visualization laboratory. Evans & Sutherland's Digistar technology projects georeferenced LiDAR data on the earth's surface in combination with celestial movements (Fig. 3b). The virtual reconstructions produced by this technology can account accurately for the curvature of the earth, as well as the position of celestial objects in the ancient past. Images are projected on a dome theatre screen to allow the viewer to interact with a virtual model that portrays a first-person perspective in real time. This system provides real-world sense of scale and perspective when compared to the omniscient point of view of virtual camera angles provide by GIS software.
Figure 3. (a) Panoramic view of northern and northeastern section of the valley collected by Mavic Pro drone from about 15 m above Mound NK-M-13 and processed in Adobe Photoshop; (b) Evans & Sutherland's Digistar model based on NCALM LiDAR data. Image portrays a first-person perspective from the top of mound NK-M-13. Note that the image is distorted by the camera's fisheye lens; (c) LiDAR scan and viewshed analysis from the top of Mound NK-M-13.
In 2016, my team flew a drone 30 m over the E Group's central plaza to capture a panoramic view of the surrounding valley. The top of the E Group's central pyramid provides an unobstructed view of the community and mountain ranges. Using LiDAR data, Colgate University's Ho Tung Visualization lab projected a virtual environment—from the perspective found on top of the site's tallest pyramid (Fig. 4)—to interact virtually with topographic data. An Arcmap viewshed analysis (Fig. 3c) from the top of mound NK-M-13 further highlights the features from the same viewpoint. These findings demonstrate that the large-scale construction programme in the basin yielded prime viewing platforms.
Figure 4. Noh K'uh: E Group.
Results
LiDAR data at Noh K'uh reveal a large-scale construction programme that flattened the low-lying hills of the basin. Surface survey revealed an orientation pattern that ranges from 135° to 154° southeast, with an average of 145°. Juarez, Salgado-Flores and Hernandez (Reference Juarez, Salgado-Flores and Hernandez2019) previously described the orientation of the central plaza as 135° southeast. However, a follow-up investigation in 2017 found evidence of architectural disturbance that had obscured the shape and orientation of the architecture (Fig. 4). After adjusting for historic period disturbances made to the site's E Group, the plaza's orientation is now closer to 145° southeast.
Several years of survey work and recent LiDAR scans uncovered a construction programme that used unmodified landforms, such as mountaintops, caves, chultuns and rock formations, in multiple ways. For example, in the nearby site of La Punta, a plaza space was constructed at the centre of four boulders that were naturally arranged in a cross pattern (Palka Reference Palka, Juarez, Palka and Hernandez2013). In fact, many sites along the shores of Lake Mensäbäk (i.e. Chak Aktun, Tz'ib’ana and La Punta) integrated natural features such as boulders in the construction basal platforms and stone temples. Such a construction programme marks the ritual importance of the unaltered environment, but also proved challenging to study. In some cases, natural features of the landscape were visibly emphasized through constructions that transformed mountaintops and stone formations to create accessible and open-air gathering spaces. In other cases, the relationship between residents and visibly prominent peaks was less clear, as some mountaintops were modified subtly or not at all.
As our survey work continued to expand across the basin, I noted the relationship between many landscape features and the archaeological remains of Noh K'uh. The site, particularly its ceremonial complex that is often referred to as an E Group formation, was positioned at the centre of the basin. E Groups are a set of ceremonial structures defined as a plaza bounded by a long mound and an offsetting pyramid (Ricketson & Ricketson Reference Ricketson and Ricketson1937).
The monumental E Group at Noh K'uh is centred in two ways (see Figure 4). First, it is centred within the population, with subsidiary occupations equally positioned on all sides. Second, it is centrally located in reference to mountain ridges at the northeastern and southwestern edges of the site, and they run along a northwest–southeast axis. Mapped in 2010 (Salgado-Flores Reference Salgado-Flores, Deeb, Kestle and Palka2011), mounds NK-M-13 (a pyramid) and NK-M-4 (a 125 m long platform) represent both the E Group and the site's largest monumental formation. Test-pit excavations near the centre of the plazas (Salgado-Flores Reference Salgado-Flores, Deeb, Kestle and Palka2011) established that the open-air gathering space was artificially constructed through the use of dense clay fill. Mound NK-M-5 represents a short pyramid structure located on top of NK-M-4's platform at its centre, whereas NK-M-6 is backfill from a historical intrusion. Mound NK-M-3 is located along the northeastern edge of the plaza and NK-M-9 and NK-M-10 are located along the southwestern edges.
The recently updated map of Noh K'uh's settlement based on LiDAR data shows that the population radiated outward from the central complex, thus placing the E Group at the centre of this community. According to the most recent estimates, Noh K'uh settlements aggregated within 800 m of the central plaza, with a few satellite sites located beyond this limit. Thus far, the excavations and LiDAR data from the E Group illustrate that the foundation of the monumental structures was an artificial plateau where residents extended a pre-existing hill further northwest to serve as the foundation to the E Group (see Figure 5). LiDAR data also indicate that this E Group is associated with large open-air platforms to both its southwest and northeast, giving the plaza a quincunx pattern. An L-shaped platform extends the central plaza toward the northeast, increasing the open-air space, and a smaller, square-shaped, subsidiary platform (identified in 2013) extends the plaza to the southwest. When these extensions are factored in, the flattened space that supports the E Group measures about 38,000 sq. m.
Figure 5. Noh K'uh: settlement. All ground-truthed features are depicted in a prismatic convention.
The parallel mountain ranges along the northeastern and southwestern edges of Noh K'uh are located about 3.3 km distant from the ceremonial complex; thus, the E Group is situated at the centre of both mountain ranges. The mountains’ roughly northwest–southeast axis appears to have played a significant role in the site's orientation, because almost all of the Noh K'uh constructions follow the same angle. LiDAR data reveal that the peak ridge on the northeast range aligns with the E Group's L-shaped platform, suggesting this plaza extension was designed to face the peak. The LiDAR survey also indicate the presence of a chultun-like feature in front of the peak and in line with the L-shaped platform and the northeast peak. Less is known about the mountain ridges to the southwest because this area was not included in the LiDAR survey. ASTER data provided by NASA, however, reveal that a similar alignment existed with the plaza's southwest extension, because this platform also points toward and faces these mountains.
The central axis of an E Group is measured from the top of the complex's pyramid toward the central axis of the elongated platform, about 145° due southeast. Thus far, no clear alignment with a landscape feature is visible in this direction, which could suggest that the E Group was aligned toward a celestial event, as has been seen in some Maya E Groups that aligned toward the summer solstice (Šprajc Reference Šprajc2018). However, in the opposite direction there exists a set of monuments that align the E Group toward a mountain 5.3 km 325° due northwest. This is the farthest peak visible along the horizon: LiDAR survey reveals that the peak is inside a bowl-shaped depression and is also associated with a chultun-like feature.
Study of this northeast–southwest axis reveals that other landforms were also visible from Noh K'uh's E Group. The mountain of Chak Aktun (Palka Reference Palka, Deeb, Kestle and Palka2011) falls on a line 44° west of north and just 3.3 km northwest of Noh K'uh's largest pyramid (the Lacandon also refer to Chak Aktun as El Mirador, and it is labelled as such in some literature; Fig. 3). Located at the centre of a jade-coloured lake system, the mountain is the only one with a sheer edge. Near the peak of Chak Aktun, a vertical plunging cave is encircled by several small altars and stone platforms, evidence that this cave may have been a point of connection between transformed environments and ritual practices. Another prominent mountain is located 3.5 km from the E Group, due 0° north. This mountain is cleft at its peak and is known today as Walak Witz or ‘round mountain’ in Lacandon. The area near the cleft is flat and provides a clear view of the basin and Noh K'uh, but it is not yet known whether this area was altered by ancient residents.
Figure 2 demonstrates that the site's ceremonial centre is equidistant from four mountaintops in the northeastern and southwestern mountain ridges. The mountain and cave entrance at Chak Aktun are both located 3.3 km from the centre of Noh K'uh. Walak Witz is similarly located 3.3 km directly north of NK-M-13. This resulted in intersecting axes that all position the E Group equidistant from multiple landmarks and the entire community at the visual centre of the basin. The top of pyramid NK-M-13 provides one of the very few spaces that allow a person to view all these peaks simultaneously. In fact, it is the viewshed that may have played a guiding role in this centring work, which may have carried ritual significance.
Discussion
When constructing spaces within this living world, ancient residents used a combination of multiple features of the landscape to construct their axis mundi (Estrada-Belli Reference Estrada-Belli2006; Scherer Reference Scherer and Scherer2015). Here, I analyse the relationship among the site's most prominent landforms to discuss visuo-spatial relationships, some marked by human-made alterations to spaces and others supported by ambiguous signs of alteration and lines of sight. I argue that the site organization of Noh K'uh was constructed in relation to the mountains of the surrounding valley to create an axis mundi with Noh K'uh at the centre. Key mountains provide focal points in multiple cardinal directions. The final result is a community plaza (E Group) that is centred according to intersecting axes.
Noh K'uh's E Group does not appear to align to a significant solar event like the solstice, according to preliminary findings from the Ho Tung visualization laboratory, but such alignments are no longer seen as an inherent characteristic of E Groups (Aimers & Rice Reference Aimers and Rice2006). Others have posited E Groups as manifestations of elite power (Chase & Chase Reference Chase, Chase and Grube1995; Chase et al. Reference Chase, Mcanany, Sabloff, Freidel, Chase, Dowd and Murdock2017b), observatories (Aveni et al. Reference Aveni, Dowd and Vining2003), calendar devices, markers of agricultural seasons (Estrada-Belli Reference Estrada-Belli, Freidel, Chase, Dowd and Murdock2017), or symbolic manifestations of cosmological forces (Aylesworth Reference Aylesworth2004; Dowd Reference Dowd, Freidel, Chase, Dowd and Murdock2017; Inomata Reference Inomata, Freidel, Chase, Dowd and Murdock2017; Reese-Taylor Reference Reese-Taylor, Freidel, Chase, Dowd and Murdock2017; Stanton & Freidel Reference Stanton and Freidel2003). The fact that many E Groups did not align to significant solar events like the solstices (Clark & Hansen Reference Clark, Hansen, Inomata and Houston2001; Šprajc Reference Šprajc2018) has led researchers like Stanton and Freidel (Reference Stanton and Freidel2003) to move away from the interpretations that these spaces served as observatories and toward a perspective that treats them as arenas for ceremonial activities. However, applying Aveni's (Reference Aveni2003) concept of E Groups as planetariums as opposed to observatories that served as devices for astronomical measurement endows these architectural groups with a much more fluid relationship with the cosmos. Furthermore, Aveni's (Reference Aveni2003) planetarium model poses E Groups as both a ceremonial space and a place to study and track movements in the sky. Noh K'uh's central placement in the basin, particularly structure NK-M-13, provides an observer with an ideal location to view all the valley's prominent peaks at once. Combined, these peaks serve as permanent points of reference in the enclosed environment that was home to Noh K'uh.
Further, each mountain peak discussed earlier has specific features that might also have held symbolic significance to the inhabitants of Noh K'uh. According to Andrade and colleagues (Reference Andrade, Thompson, Guillen, Galvez and Vargas2012), the plunging cave at the top of Chak Aktun probably served as the entry or mouth of the mountain, providing ritual practitioners with access to multiple cosmological worlds. Andrade and colleagues (Reference Andrade, Thompson, Guillen, Galvez and Vargas2012) describe clusters of ceramic deposits that range in date from the Late Preclassic to the Postclassic. Combined with the discovery of human remains, their findings are evidence of a long history of offerings that span the Preclassic to modern times. Palka (Reference Palka2014) reports that the mountain of Chak Aktun was heavily modified through the construction of 13 stone terraces that converted one face of the mountain into a giant staircase. Similar labour-intensive activities have been identified in the Preclassic site of Nixtun-Ch'ich, where the city was designed in the shape of a crocodile (Rice Reference Rice2018) as a reference to the creation of the earth (Reilly Reference Reilly and Fields1994). Other peaks, like those at the northeast ridge and at the northwest of the basin (the E Group's northwestern focal point), also have chultuns nearby, as indicated by recent LiDAR data. The presence of these caves and chultuns may have given the mountain the image of being hollow, which in some Maya societies represented the homes of deities (Vogt & Stuart Reference Vogt, Stuart, Brady and Prufer2005). Similar imagery is described in the Late Preclassic murals of San Bartolo, where deities were depicted emerging out of the mouth of the so-called flower mountain (Saturno et al. Reference Saturno, Taube and Stuart2005).
There is a cleft mountain to the north of Noh K'uh (Walak Witz) that is also equidistant from the site centre, but no constructions yet discovered are oriented toward this peak. A cleft mountain was a significant symbol in ancient Mesoamerica, particularly within contemporary civilizations of the Olmec region. In those civilizations, cleft objects and figures were a direct reference to the Maize deity, which is portrayed as a cleft-headed being in association with cardinal direction symbolism (Freidel Reference Freidel, Freidel, Schele and Parker1993; Saturno et al. Reference Saturno, Taube and Stuart2005; Taube Reference Taube1996). The Late Preclassic murals of San Bartolo, for example, depict the Maize deity through Olmec-style iconography (Saturno et al. Reference Saturno, Taube and Stuart2005, 28) and in direct association with a mountain cave. The mountain ranges to the northeast and southwest of Noh K'uh and the peak directly to the northwest probably played a more significant role in Noh K'uh's design, given that the construction programme follows the same orientation as these mountains. However, Walak Witz is the same distance from the ceremonial centre as these other landmarks, and given its peak viewing platform (whether altered or not), it may have played some role in landscape-related rituals.
The intercardinal orientation of Noh K'uh may be a result of multiple influences from various Preclassic cultures present within the broader Chiapas region, including traditions outside the Maya region. Noh K'uh's E Group formation exhibits characteristics from Maya, Olmec and other isthmian civilizations that constructed their ceremonial centres according to different cosmological focal points. Orientation patterns of ceremonial centres vary (Estrada-Belli Reference Estrada-Belli, Freidel, Chase, Dowd and Murdock2017), but an emphasis on an east–west alignment is the most common one in the Maya region (Freidel et al. Reference Freidel, Schele and Parker1993). In Noh K'uh, the site does not appear to correspond to the movement of the sun in a precise manner, but the sun rises from the eastern mountain ridge and settles over the western ridge, giving the mountains a general relationship to the movement of the sun.
I suggest that Noh K'uh's residents gave the landscape and celestial movements equal importance as they sought to recreate a cosmological universe. This is an important distinction, because cosmological centring on the landscape is more characteristic of non-Maya civilizations, whereas solar alignments (east–west) were more common in the Maya region (Aimers & Rice Reference Aimers and Rice2006; Ashmore & Sabloff Reference Ashmore and Sabloff2002; Inomata Reference Inomata, Freidel, Chase, Dowd and Murdock2017). The E Groups found within the Olmec and isthmian region are part of a much larger ceremonial complex that runs along a north–south axis. Noh K'uh's site organization demonstrates characteristics seen in the southern Maya Lowlands, but its layout also resembles the architectural patterns seen in contemporary Preclassic traditions in central Chiapas (Clark & Pye Reference Clark, Pye, Love and Kaplan2011; Lowe & Agrinier Reference Lowe and Agrinier1960) and the Pacific Coast (Kappelman Reference Kappelman2004; Lesure Reference Lesure1997; Love Reference Love, Grove and Joyce1999; Reference Love, Love and Kaplan2011; Rosenswig & Lopez-Torrijos Reference Rosenswig and Lopez-Torrijos2018; Rosenswig & Mendelsohn Reference Rosenswig and Mendelsohn2016). E Groups in these areas were part of larger processional spaces where monuments were often arranged along a north–south axis. Additionally, E Groups in the isthmian sphere, often described as a Middle Formative Chiapas (MFC) pattern (Clark & Hansen Reference Clark, Hansen, Inomata and Houston2001), were also oriented toward landforms. Noh K'uh's E Group combines multiple influences that are oriented according to local geography, but it lacks that north–south processional space as identified in the MFC-style complexes. Despite the cleft mountain located directly north of the E Group plaza, residents chose an intercardinal axis when a nearly perfect north–south alignment was available to them.
The study of spatial relationships also demands a sceptical eye, as buildings and random landforms are going to align within a karstic environment that provides numerous cave systems, cenotes and mountain ranges. This issue is also compounded by variability of Maya site designs that demonstrate many shared characters, but at the same time no two complexes are ever identical (Doyle Reference Doyle, Freidel, Chase, Dowd and Murdock2017; Estrada-Belli Reference Estrada-Belli, Freidel, Chase, Dowd and Murdock2017). Other factors probably played an important role in the shape and design of Noh K'uh, but they are not clearly represented in the site's physical remains. The consistent intercardinal orientation of Noh K'uh's buildings, for instance, does not support the explanation that the site is a result of random patterning. Furthermore, this level of organization signifies the presence communal coordination, where a site plan was measured and sustained beyond the ceremonial centre. Additionally, the central location of the ceremonial centre could only be achieved through large labour investments that created a new artificial plateau where one did not previously exist. Given the degree of landscape modification, the residents of Noh K'uh could have selected any space and orientation to construct their ceremonial centre. The decision to place the core of their community here stands out due to a central position within the valley, and the fact that higher ground and freshwater lake resources were also available within the basin but were not given primacy in this site design.
Economic and militaristic needs appear to have been secondary concerns with regard to site design at Noh K'uh. Local lake resources make this basin appealing to a small population, but the confined region is not capable of supporting an urban community through its own resources alone. Noh K'uh's location within a valley, rather than along a water route, places it away from important trade routes such as those that contributed to rise of Classic period Yaxchilan and Piedras Negras (Golden et al. Reference Golden, Scherer, Muñoz and Hruby2012). Additionally, at the bottom of the basin Noh K'uh is surrounded by higher ground on all sides, making this the least appealing space with regard to tactical needs. Mounds at Noh K'uh congregate, but with a mean distance of 25.139 m between structures within the site's densest settlement; thus, they are too spread apart to be a defensive strategy.
It is likely that most Maya site plans resulted from a compromise between numerous factors, including the availability of space and the pre-existing landforms. Economic and defensive needs may have not been placed at the forefront of site design here, but residents would need to consider these issues as the community continued to grow in size and influence. For example, current evidence indicates that Noh K'uh was integrated in broader regional trade networks, particular with regard to foreign resources. Excavations recovered 1316 pieces of obsidian, including debitage, from 23 test pits in domestic contexts. An XRF analysis completed at the University of Illinois at Chicago revealed that 76 per cent of obsidian samples tested originated from San Martin Jilotepeque, a significant source of obsidian during the Late and Middle Preclassic (Rice Reference Rice1984). Small amounts of jade and marine shell indicate that the populace enjoyed access to foreign goods, and the identification of Sierra Red ceramics further reveals a cultural connection with the surrounding Maya region, where this type of pottery was common. Defensive structures in other communities near the Usumacinta region (Houston et al. Reference Houston, Escobedo, Child, Golden, Muñoz and Smith2003) also indicate some evidence of regional warfare. Noh K'uh's involvement in such militaristic activity remains unclear.
Conclusions
Current efforts to decolonize anthropological archaeology (Silliman Reference Silliman2001; Sonya Reference Sonya2006) challenge us to think beyond the empirical framing of scientific research and to include Indigenous perspectives and alternative ways of knowing (Wobst Reference Wobst, Smith and Wobst2004). In this spirit, this article incorporates archaeological evidence, but goes beyond it to consider the way the landscape had an impact on the lives of people (Basso Reference Basso1996; Tilley Reference Tilley2010). I propose that landscape theory and Mesoamerican studies of landscape symbolism provide a means of approaching spaces that aligns with the perspective of the ancient peoples who constructed the earliest civilizations in the Americas. In Prehispanic societies, the living world, cosmology and the surrounding environment served as key focal points for daily and religious practices.
In this analysis of Noh K'uh's surrounding environment, I make three key observations that explain the settlement pattern of Noh K'uh. First, the central positionality of Noh K'uh's E Group created a focal point for both the basin and the community. The E Group location and open-air plaza space would have provided an ideal gathering space. Second, the central location of the E Group's pyramid also provided this complex with a viewing platform. Significant locations, like the pilgrimage mountain of Chak Aktun, provided the basin with a wealth of landscape symbols that were established by the Late Preclassic. Additionally, the permanency of peaks may have also played a role in tracking celestial movements, further accentuating the cosmological relationship between site design and the broader universe. Third, the altered and unaltered parts of the basin played a central and active role in the settlement and expansion of Noh K'uh. Endowed with specific topographical features that could be transformed into powerful symbols—connecting people to non-human entities—the environment surrounding Noh K'uh inspired local residents to invest in costly landscape transformations that commemorated cosmological relationships.
I also argue that this settlement programme represented an attempt to construct an axis mundi within Noh K'uh's site design. The stylized plaza shape and the central location of this formation are physical remnants of an axis mundi that was oriented according to the mountains (see also Ashmore Reference Ashmore2002; Ashmore & Sabloff Reference Ashmore and Sabloff2002; Reference Ashmore and Sabloff2003; Taube Reference Taube and Houston1998). According to Astor-Aguilera (Reference Astor-Aguilera and Astor-Aguilera2011), Preclassic Mesoamericans solidified cosmological systems that emphasized geographic markers and celestial bodies, which endured until the conquest. The construction of sacred landscapes that re-created the cosmological universe and the moment of creation (Ashmore Reference Ashmore1991; Reference Ashmore2002) was as important to the organization of the Late Preclassic community of Noh K'uh as access to trade or natural resources. Furthermore, Noh K'uh's design represents a ceremonial innovation that arose from well-established practices that existed outside the Maya region. Landscape-focused orientation systems that originated from the Olmec and Izapan areas are present in the axis mundi at Noh K'uh. The shape and position of Noh K'uh's E Group stand out as a stylized centre point that is oriented and aligned to landforms around the basin.
When we consider the spatial configuration of landforms in relation to Noh K'uh's central plaza, we can see that this community exists in the centre of this potential axis mundi and the realm of human beings (Ashmore & Sabloff Reference Ashmore and Sabloff2002; Freidel et al. Reference Freidel, Schele and Parker1993). The result is a community plaza (E Group) that residents centred according to landforms that aligned to create intersecting axes. The combination of all these axes gave the entire system a greater sense of power and focus.
The model of the axis mundi helps answer many questions about the site's orientation and location, but it only works as a provisional explanation with currently available data. The integration of unmodified landforms, by definition, will be difficult to link conclusively to the modified environment. Further research of this basin may add new evidence to support the axis mundi, but it will probably not be the conclusive textual or illustrated plans that Smith (Reference Smith2007) described in parts of Asia and Rome. Setting such a standard may not work well for a population that depicted their history and environment through metaphorical standards that differed from those of the Old World. The evidence in support of the axis mundi is tentative for the time being, but this model allows me to view the landscape through the type of ‘cosmovision’ proposed by Ashmore (Reference Ashmore2009), which contributed towards the identification of new patterns. Additionally, the Lacandon request to look towards the mountain also helped me embrace the outward view that is almost universally shared by indigenous populations across the Americas. Until recently, the Lacandon Maya of this region referenced the multi-layered universe in their religious practices, as well many landscape and celestial objects in their worship of Lacandon deities (McGee Reference McGee1990).
On a regional level, the Basin of Mensäbäk is seemingly unexceptional: it is not located along prominent waterways and has few natural resources. However, by using a landscape-focused approach, we can see that the combination of multiple landscape features—caves, mountains, chultuns, rivers and lakes—would have provided this small basin with ritual symbols that created a connection between multiple worlds. By viewing this space through ‘cosmovision’, Noh K'uh's construction programme and settlement pattern can be understood as the site's largest artifact. The importance of this society's landscape will undoubtedly have an impact on understanding Noh K'uh's social, economic and political systems as well and may provide a framework for these analyses. Noh K'uh, like many contemporary sites, reflects a society that was tied to the environment and invested in the commemoration of the cosmological universe. Despite centuries of conquest events (Palka Reference Palka2005) and ongoing religious shifts, the landscape and the broader universe continue to affect how the Lacandon interact with this space. Older Lacandon men have told me that my research takes place within the homes of gods they once worshipped, thus demanding that I treat these materials and lands with great respect. Such comments have guided my research towards new approaches, where I now view the landscape as an active and potent entity that should not be taken for granted. It is unlikely that we will ever be able to reconstruct fully how the Late Preclassic Maya of Noh K'uh viewed this landscape, but I can follow the clues found within site design that lead us beyond the boundaries of archaeological sites and beyond.
Acknowledgements
I gratefully acknowledge the community of Puerto Bello Metzabok for their continued support of this project and for their tireless commitment to the protection of the local rainforest and their ancient heritage. This research was conducted with the permission of Mexico's Instituto Nacional de Antropología e Historia (INAH) and the town of Metzabok in Chiapas. It was part of the much larger Mensäbäk Archaeological Project (MAP), directed by Joel Palka of the University of Illinois at Chicago and Fabiola Sanchez, CEO of Xanvil Asociación Civil. MAP was supported by the National Endowment for the Humanities (Grant #196404) awarded to Palka. This research was also funded by a Dissertation Fieldwork Grant (Grant #8446) from the Wenner-Gren Foundation for Anthropological Research, a National Science Foundation Doctoral Dissertation Improvement Grant (Grant #1141371), and a Social, Behavioral and Economic Sciences Postdoctoral Fellowship (Grant #1409754) awarded to Juarez. Additional funding and support were provided by Colgate University. I also thank Kristin De Lucia, Cynthia Robin, Joel Palka, Lisa Lucero, Anthony Aveni, Michelle Bigenho, Jordan Kerber, Carolyn Hsu and Christopher Henke who commented on several drafts of this article. Special thanks to Joseph Eakin, director of Colgate University's Ho Tung Visualization Laboratory.
