sociocultural mediation in responses to environment
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Sociocultural mediation in responses to environment Bill Palmer University of Newcastle Alice Gaby Monash University Jonathon Lum Monash Jonathan Schlossberg Newcastle Universality and variation Extent to which representations of space are


  1. Sociocultural mediation in responses to environment Bill Palmer University of Newcastle Alice Gaby Monash University Jonathon Lum Monash Jonathan Schlossberg Newcastle

  2. Universality and variation • Extent to which representations of space are universal • Extent to which variation is systematic • Patterns/systematicity in variation reflects something: – response to environment? – culture? – constraints of language structure? – something else?

  3. Linguistic responses to external world • Use of references anchored in external environment – uphill-downhill – landward-seaward – upriver-downriver – upwind-downwind – etc • Relative FoR preference in urban societies • Does systematic variation show universal responses to environment?

  4. • Topographic Correspondence Hypothesis (Palmer 2015) • Tool to investigate extent to which linguistic spatial reference responds to environment • Predicts: – languages spoken in similar environments will have corresponding similarities in any absolute spatial system – languages spoken in differing environments will have absolute spatial systems that differ in corresponding ways • Aspects of spatial systems at odds with the predictions direct attention to other potential causes of variation • Environment Variable Method for testing TCH • Treats environment as controlled variable

  5. Strategy preference - nature of referential anchor • Extent to which reference anchor is: – figure/ground-internal (intrinsic FoR, tree in Man&Tree orientations) – figure/ground-external (relative FoR, absolute FoR, landmarks, speech act participants (SAPs)) • Extent to which figure/ground-external reference is: – egocentric (relative FoR, SAPs) – geocentric (absolute FoR, topographic landmarks)

  6. Preferences in languages with multiple strategies • Current work on atoll-based languages • Comparing atoll Marshallese (Marshall Islands) with: – singleton island Marshallese; urban Marshallese – atoll Dhivehi (Maldives) • Dhivehi and Marshallese use: – SAP – topographic landmarks – all three FoRs • Distribution of references across strategies?

  7. • Following slides shows results from man&tree • Proportion of location descriptions with each strategy • 4 Dhivehi locations: – Malé (high density urban) – Addu (urban) – Laamu islands with predominant fishing occupation – Laamu islands with predominant white collar occupation • 4 Marshallese locations: – Jaluit island and Jabor island, both on Jaluit atoll – Kili singleton (non-atoll) island – Springdale Arkansas

  8. • Points to notice in following slide: – Consistent much higher use of intrinsic FoR across all Dhivehi locations compared with Marshallese – Significant preference for geocentric strategies (cardinals, topographic landmarks, ad hoc non-egocentric landmarks) over egocentric strategies (relative FoR, SAP landmarks) in atoll/island Marshallese, vs significant preference for egocentric strategies in urban Springdale Marshallese – Preference for geocentric in Laamu fishing islands, vs preference for egocentric in Laamu non-fishing islands – Patterning of Laamu non-fishing islands with Dhivehi urban, not with Laamu fishing islands

  9. • Notice also: – Much higher use of topographic “landmarks” in Marshallese compared with Dhivehi – These primarily use of ‘lagoonside’ and ‘oceanside’ – These terms are grammaticized in Marshallese and occur in high frequency constructions – Corresponding terms in Dhivehi are lexicalised but not grammaticized and do not participate in specialized construction

  10. Man&Tree location descriptions 100% 6% 8% 12% CARDINALS 90% 14% 5% 29% 16% 32% 33% 36% TOPOGRAPHIC LANDMARKS 80% 18% 18% 70% MISCELLANEOUS LANDMARKS 9% 60% 44% 24% 24% SAP-LANDMARKS 44% 50% 34% 34% 42% RELATIVE 40% 15% 36% 29% INTRINSIC/RELATIVE 30% 17% 8% 17% 4% 5% 20% 25% INTRINSIC 5% 30% 6% 10% 20% 20% 17% 13% 12% 12% VERTICAL 8% 0% Malé Addu Laamu: non- Laamu: Jaluit: Jaluit Jaluit: Jabor Kili Springdale fishing islands fishing islands Dhivehi Marshallese

  11. • The following slide combines – all geocentric strategies – all egocentric strategies:

  12. Man&Tree location – egocentric v geocentric v intrinsic 100% 4% 8% 12% 14% 90% GEOCENTRIC 33% 80% 21% 70% EGOCENTRIC 58% 42% 68% 60% 75% 10% 60% 82% INTRINSIC/RELATIVE 50% 34% 40% 36% 29% INTRINSIC 30% 17% 17% 6% 20% 25% 5% 30% 6% VERTICAL 10% 20% 20% 17% 13% 12% 12% 8% 0% Malé Addu Laamu: non- Laamu: fishing Jaluit: Jaluit Jaluit: Jabor Kili Springdale fishing islands islands Dhivehi Marshallese

  13. • The following slide eliminates all other strategies (principally intrinsic) to show preference for type of figure/ground array-external strategy • Note consistent geocentric preference in all Marshall Islands locations, compared with urban Springdale • Note egocentric preference in Dhivehi urban locations • Note egocentric preference in Laamu non-fishing vs geocentric in fishing islands – both locations have similar topography and population density. Only difference is nature and degree of engagement with external environment vs indoor occupation • Similar results for similar reasons between men and women, and between older and younger speakers

  14. Man&Tree location – egocentric v geocentric preference 100% 6% 12% 90% 23% 39% 80% 70% GEOCENTRIC 76% 60% 93% 94% 97% 50% 94% 88% 40% EGOCENTRIC 77% 61% 30% 20% 24% 10% 7% 6% 3% 0% Malé Addu Laamu: non- Laamu: fishing Jaluit: Jaluit Jaluit: Jabor Kili Springdale fishing islands islands Dhivehi Marshallese

  15. • The following 3 slides show corresponding results for orientation descriptions in man&tree

  16. Man&Tree orientation description 100% 14% 12% CARDINALS 90% 25% 27% 36% 36% 37% 10% TOPOGRAPHIC LANDMARKS 80% 22% 11% 70% MISCELLANEOUS 66% LANDMARKS 60% 12% 8% 36% TREE-DIRECTED 39% 26% 50% 35% SAP-LANDMARKS 41% 40% 38% RELATIVE 46% 14% 5% 30% 6% 33% 6% INTRINSIC 20% 15% 32% 14% 11% 14% 10% VERTICAL 15% 5% 12% 10% 9% 7% 0% Malé Addu Laamu: non- Laamu: Jaluit: Jaluit Jaluit: Jabor Kili Springdale fishing fishing islands islands Dhivehi Marshallese

  17. Man&Tree orientation – egocentric v geocentric v tree 100% 13% 90% GEOCENTRIC 27% 35% 37% 80% 22% 70% TREE-DIRECTED 73% 75% 77% 78% 60% 12% 8% 39% 50% EGOCENTRIC 40% 59% INTRINSIC 30% 55% 53% 6% 15% 20% 14% 34% 11% VERTICAL 10% 18% 13% 7% 10% 7% 3% 0% Malé Addu Laamu: non- Laamu: fishing Jaluit: Jaluit Jaluit: Jabor Kili Springdale fishing islands islands Dhivehi Marshallese

  18. Man&Tree orientation – egocentric v geocentric pref. 100% 18% 90% 39% 80% 40% 45% 70% GEOCENTRIC 60% 81% 85% 88% 92% 50% EGOCENTRIC 82% 40% 61% 30% 60% 55% 20% 10% 19% 15% 12% 8% 0% Malé Addu Laamu: non- Laamu: fishing Jaluit: Jaluit Jaluit: Jabor Kili Springdale fishing islands islands Dhivehi Marshallese

  19. • In preceding slide note: – even more clear cut patterning of Laamu fishing islands with Marshallese atolls/islands – clear difference between Marshallese atolls/islands vs urban – three patterns of egocentric vs geocentric preference: • roughly 60%/40% preference for egocentric in (atoll- based) Dhivehi urban/white collar communities • roughly 85%/15% preference for geocentric in atoll/island Marshallese and Dhivehi fishing islands • roughly 82%/18% preference for egocentric in continental urban Marshallese

  20. Response to environment mediated by sociocultural factors • Lexicalization of ‘inland’ vs ‘seaward’, ‘lagoonside’ vs ‘oceanside’ etc in both languages – responses to environment • Intrinsic preference in Dhivehi – culture? language use? • High use of topographic landmarks in Marshallese – linguistic repertoire (grammaticized topographic terms)? • Geocentric vs egocentric preference in fishing vs nonfishing Laamu (ditto men vs women, older vs younger) – degree and nature of interaction with environment?

  21. • Conceptual representations of space are sensitive to environment, but not simply and not only • Notion of Sociotopography: – Conceptual responses to environment – Mediated by sociocultural factors • Research program: – observe patterns/systematicity in variation in representations of space – hypothesise environmental, sociocultural, linguistic, etc bases for variation

  22. 2 SocioTopographic Model (STM) Culture: - present/historical interactions with environment - spatially anchored cultural practices Environment (e.g. dance; Language Linguistic natural • oriented burial) use repertoire built • - conventional spatialized representations (e.g. maps; orthography) - conceptualization of environment in terms of the above

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