Deliverable 4.4 Community-based observations from two focal communities
Community-based and citizen science observations in the Arctic do not only have the potential to inform management decisions at local or provincial and national levels. The observations can also shed light on changes in the environment on a national and even international scale. This will, however,...
| Main Authors: | , , , |
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| Format: | Report |
| Language: | English |
| Published: |
2020
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| Subjects: | |
| Online Access: | https://zenodo.org/record/7113203 https://doi.org/10.5281/zenodo.7113203 |
| Summary: | Community-based and citizen science observations in the Arctic do not only have the potential to inform management decisions at local or provincial and national levels. The observations can also shed light on changes in the environment on a national and even international scale. This will, however, often require that the community-based and citizen science observations are connected with scientist-based datasets. This document contains the description of a model for connecting community-based and citizen science knowledge systems with scientist-based knowledge systems, and of the effort done in INTAROS to make selected Arctic community-based and citizen science data collections connected with the INTAROS data catalogue. The model for connecting community-based and citizen science knowledge systems with scientist-based knowledge systems is based on collaborative work with multiple partners, led by Dr Maria Tengö, Stockholm Resilience Centre. The model is primarily for use in situations where management decisions about a specific area or specific natural resources require establishment of a knowledge base. The model depicts graphically the notion of ‘science and other knowledge’ being worked together to build a more comprehensive knowledge base than could be achieved by any one knowledge system alone (Tengö et al. 2014, 2017, and in review). This “Multiple Evidence Base” model positions Indigenous and Local (ILK) and scientific knowledge systems as different manifestations of valid and useful knowledge that generates complementary evidence for sustainable use of land and resources. We demonstrate the use of the model on the case of coastal fisheries management in Disko Bay, Greenland. The model cannot directly be used for connecting data collections from community-based, citizen science and scientific knowledge systems, but it provides a good background for later applying specific examples of cross-weaving of knowledge. The INTAROS has established a data catalogue (https://catalog-intaros.nersc.no/). The data ... |
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