Abstract
In this introduction to the special issue on necrogeography and physical geography, a focus on landforms and landscapes is presented and applied to subdisciplinary areas, including geomorphology, climatology, biogeography, and soil science. The primary aim is to present past directions taken in the field by physical geographers and provide further areas for their potential engagement. The seven papers contained in this special issue are lastly conveyed in terms of their contribution to necrogeography as an applied physical geography in cemeteries, although not exclusively.
Keywords
I Introduction
Physical geographers in geomorphology, weathering, and landscape studies have traditionally investigated landscape change that occurs through cross-temporal degradation and deterioration. Erosion, for example, is typically subtractive (or negative) in the removal of material from one place to another, but that material accumulates and amasses to form sedimentary sequences elsewhere, so can be additive and represent positive-relief landforms (e.g. Gamache et al., 2018). Degradation appears over the span of decades to millennia and more with exposure and (chemical) weathering processes. Deterioration, effectively decay, is erosional with the removal of materials and involves (physical) weathering over this timespan. The decay of landforms and entire landscapes is a tenable part of ‘necrogeography’ that involves burial and not just burial practice, such that physical geographers should be involved in this subfield that is commonly part of human geography rather than geomorphology or human geomorphology. Thornbush (2012) presented the idea of ‘human geomorphology’ in a special issue that appeared in the journal Applied Geography. She argued that cultural remains contained within natural depositions could be construed from such a subdisciplinary approach within geomorphology, which tends to be based on physical landscapes and in the domain of physical geomorphology. Archaeogeomorphology, however, embraces the cultural domain by portraying the human and cultural element of landscapes. Concepts as ‘cultural stone’ (Pope et al., 2002) have already alerted geomorphologists to the incipience of human remains in natural contexts. Similarly, the current development of the notion of ‘the Anthropocene’ and human impacts modifying natural landscapes as well as natural hazards, whereby landscapes impound human settlements, are all relevant to consider as part of a necrogeography that is physical as well as traditionally human. Such an ‘anthropogenic geomorphology’ (Brown et al., 2017), or anthropogeomorpholgoy, would constitute necrogeography as involving both burial practice as well as burial itself and the taphonomic processes (burial, decay, and preservation) involved in landscape change (cf. Thornbush, 2001).
Muzaini (2017) most recently defined necrogeography as ‘the study of deathscapes, [that] is the inquiry into spaces associated with death, dying, and the dead’ from a cultural geography perspective that is essentially part of human geography. Keywords provided by this author, in addition to deathscapes, included burial, cemetery, corpses, cremation, dying, and memoryscapes. This definition of necrogeography remains firmly embedded in human geography and this could be altered by physical geographers through the introduction of research into taphonomic processes involved in deposition and erosion, rock decay, and relevant preservation studies – that will subsequently be considered in more detail. According to Zelinsky (1994), the original manifesto written by Kniffen (1967) was not well-received among American geographers, including cultural geographers (Francaviglia, 1971), with contributions being limited in scope to landscape terms as well as gravestone morphology evolution and land use at subregional scales. The author (Kniffen, 1967), identified possible problems impeding the development of geographical research in cemeteries and into burial practices among geographers, such as concerning field-based data, archival study, and interviewing, which can be costly in both travel costs and timewise, limiting researchers spatially, as within a single state. He suggested the use of large-scale topographic maps, as available from the US Geological Survey, and listed some potential cemetery-related variables of interest, including: size, shape, and orientation in addition to topographic attributes associated with church location, roads, settlements, etc., among them attributes of potential interest in cartographic (mapmaking) applications required by comprehensive studies: founding date/ age, whether in/active or abandoned, number of plots/burials, layout, ethnic, racial and religious denomination, social and spatial segregation, landscaping, fencing, maintenance quality, proprietorship, and so on. However, Kniffen (1967: 30–31) noted that ‘it goes without saying that documenting tomb and gravestone styles and the language and artwork inscribed on the memorializing objects is something far beyond any cartographer’s charge’. In this way, the author effectively limited the work done by cross-disciplinary geographers working as part of multidisciplinary teams, capable of investigating stylistic change and in more than cemeteries, also burial grounds and churchyards (e.g. Thornbush and Thornbush, 2013, 2015, 2017, 2018a). This also limits the potential for physical geographers, who are not necessarily cartographers or cultural geographers (e.g. Lisek and Nieścioruk. 2015), but who may be interested in examining weathering and erosion, topography, site formation processes and taphonomy, cross-temporal landscape change, and so on at these sites.
From the standpoint of ‘cultural landscapes’, there is much potential for necrogeographical studies; this has been observed, as for instance by Orr (2015), concerning settlement patterns and the topography of Appalachian cemeteries and churchyards. The cultural landscape of cemeteries and settlement patterns were previously addressed by Francaviglia (1971); see also Thornbush and Thornbush (2017), for example, regarding churchyard topographic effects on the wick effect affecting headstones. So, for the physical geographer, necrogeography has the potential to encompass more than just traditionally rural cemetery studies. Afterall, fieldwork in remote and rural settings (and more recently in urban environments as part of urban geomorphology, e.g. Thornbush and Allen, 2018) has normally figured into the work of physical geographers, studying landscapes as part of the ‘natural’ or physical environment, so it makes sense that it should be in their repertoire of study. After 20 years, Francaviglia (1994) published a review tracking the contributions of geographers to necrogeography. He found localised efforts, confined to one (individual) or a few cemeteries or at the local (e.g. city to county) scale, addressing either a public, religious/denominational, or cultural/ethnic cemeteries selected for research, and maintained that necrogeography should attain a regional focus, conforming to: ‘broad regional patterns of material culture’ (Francaviglia, 1994: 521). Thornbush and Thornbush (2018) and others, e.g. Stott (2008) for states, including Colorado, Idaho, Utah, Montana, and Wyoming, in the American Great Plains, for instance, provided regional scale comparisons of English versus Scottish churchyards across a north–south national-cutting transect, indicating that cross-boundary studies are being undertaken in contemporary necrogeographical research. Reiffenstein and Selig (2013) considered information derived from field surveys, etc. in their study of Prince Edward Island’s cemetery landscape morphogenesis, finding that harder and more durable stones were deployed over time and a shift away from local to off-island production in the other Canadian provinces of New Brunswick and Nova Scotia as well as Vermont. Moreover, Francaviglia (1994: 521) recognised the interdisciplinary nature of necrogeography, as it draws anthropologists, historians, scholars in interdisciplinary programs, etc. and contended that: In a manner of speaking, then, necrogeography is alive and well, but largely outside of the ‘geographic’ literature and geographical forums. One needs to explore a wide range of scholarship to find it. The methodology and findings of geographers have been useful to scholars in other fields – such as landscape architecture, historic preservation, and folklore – as they interpret cemeteries. We should not be surprised that those who are making the most active contributions in necrogeography are from fields in which objects in and of themselves have intrinsic intellectual value, that is, for what they can reveal about the process of cultural development as well as diffusion. That geographers could make a stronger impact in these areas, however, is evidenced by the constant calls from historical agencies seeking those who can place objects and designs ‘in context’.
What is missing, then, is an understanding of the physical context of these sites that physical geographers can bring to necrogeography, which is more than elucidating spatial patterns and cemetery design; however, where it comes to physical processes and landforms, here is the domain and potential contribution of physical geographers to the environmental notion of place (Table 1). Such studies are currently limited and further engagement is required (and encouraged) for their expansion and development. What is more, finally, it needs to be recognised that necrogeography can encompass more than ‘cemetery studies’, including physical as well as cultural landscapes (cf. Price, 1966).
Some examples of the potential contribution of physical geographers to necrogeography.
II The special issue
The special issue on necrogeography and physical geography advocates for the development of necrogeography as part of physical landform and landscape processes, so as ‘necrogeomorphology’ illustrated by the following contributions:
Nash (2018) addresses traditional necrogeography based on burial practices in cemeteries, impacting gravestones and memorials. The author presents a review paper of necrogeography from the framework of deathscapes based on the commemoration of death and its portrayal of cultural change; and, physically, where places of burial appear in the urban periphery as sites of potential contagion and contribute to air pollution as mercury vapours are released from crematoria.
Dorn (2018) addresses it in this volume by looking at the life expectancy of entire surfaces of (22) desert bedrock landforms (bornhardts, cliff faces, fault scarps, inselbergs, pediments, ridge crests, bedrock under tors) in the Sonoran, Great Basin and Mojave Deserts as part of ‘landscape death’ in the tradition of closed-system conceptual models of landform evolution developed by Davis (1899, 1902, 1905) and Penck (1924).
Migoń et al.’s (2018) landform decay of focus in this special issue is that of sandstone-capped mesas through continuous development until death. According to them, having finite lifetimes, mesas are reduced over time to become buttes before eventually becoming an irregular array of boulders, and—according to the principle of equifinality – disappearing (in the final stage of their life histories, when they are dying), when their caprock is completely disintegrated, as evidenced from the Elbe Sandstone Mountains in eastern Germany. Case studies from southern New Zealand are presented by Hilton et al. (2018) in this volume based on a biogeomorphic perspective of archaeological landscapes on parabolic dunes located in Mason Bay, Stewart Island, where marram grass invasion has caused disturbance affecting both the preservation and interpretation of the archaeological record. Restoration of the dune system could counteract deflation, re-exposing archaeological sites and materials, but could also cause reburial. Another archaeological study is presented by Shtober-Zisu and Zissu (2018) based on some 900 rock-cut tombs situated around ancient Jerusalem, Israel. These were investigated based on rock hardness and lithological properties affecting their excavation and with dissolution attributed to structural fissures allowing for chemical and biological weathering to challenge their preservation.
Esterhuysen et al. (2018) then turn to mined landscapes, illustrating the impacts of gold mining in Johannesburg, South Africa. Their study, stemming from an early-20th-century cemetery site found under a mine-waste dump, examines land use for mine-waste storage in the cemeteries of Black mine workers and, therefore, deliberates the burial and rediscovery of the remains. Lastly, Thornbush and Thornbush’s (2018b) Classics Revisited considers rock weathering as cross-disciplinary geomorphology and necrogeography, as illustrated by the application of the classic study by the Scottish geologist Sir Archibald Geikie (1880b). Mortuary evidence found in two older churchyards (Greyfriars and Canongate) located in central Edinburgh, Scotland, is scrutinised based on rock-air interactions of calcareous stones as well as sandstones, flagstones, and granites, with an emphasis on marbles and limestones affected by processes of degradation and deterioration. Importantly, the authors detail rock weathering affecting these lithic memorials as encompassing climatic and environmental geomorphology operating in an urban context.
This special issue, then, contributes to an expansion of necrogeography and physical geography, as for instance is evident by adopting the term ‘necrogeomorphology’ to capture landscape death (as in the title by Dorn, 2018) and landform decay (Migoń et al., 2018), through such landscape studies (in deserts, but also mountains and islands) as well as environmental research that entails more traditional cemetery rock weathering/stone decay work, but also applications within mined landscapes.
Footnotes
Declaration of conflicting interests
The author(s) declared no potential conflicts of interest with respect to the research, authorship, and/or publication of this article.
Funding
The author(s) received no financial support for the research, authorship, and/or publication of this article.
