Part of a new Special Feature, Informing decision‐making with Indigenous and local knowledge and science, Pamela McElwee and colleagues look at the important role of Indigenous and local knowledge in initiatives such as the Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services Global Assessment.
Interest in Indigenous and local knowledge (ILK) has been growing, but not everyone knows what ILK is or how it can help them in their scientific work. As we show in our new paper, fields like applied ecology and resource management can indeed benefit from engaging with ILK and partnering with Indigenous People and local communities (IPLC) in their research. My co-authors and I were all contributors to the Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES) Global Assessment (GA), released in May 2019 to worldwide headlines about threats to species and ecosystems on which people depend. What is less well known is that the GA was the first global ecological assessment to systematically draw on ILK as part of its work. Using our experience with the GA as a guide, we outline how other assessments can benefit from use of ILK, and what steps to take to do so.
What is ILK?
ILK has been defined as ‘knowledge and know-how accumulated across generations, which guide human societies in their innumerable interactions with their surrounding environment’. ILK comes in many forms, from oral histories to written reports to art and song. ILK is tremendously important in helping manage ecosystems, conservation initiatives, and resource-dependent economies in vast regions of the world, as IPLC either control, use, manage, or co-administer an estimated 25-28% of the world’s land area. Yet because ILK often focuses primarily on local and contextual knowledge, that makes it challenging to aggregate and scale up, which is the primary job of most assessments.
How to include ILK?
To include ILK in the review and synthesis of evidence that was being done for the GA, we took several deliberative steps: first, a small group of authors formed an inter-report working group to design and answer questions focused on ILK and IPLC; second, we decided to integrate inputs from ILK across all chapters, rather than having a stand-alone ‘ILK chapter’; third, the GA issued an online call for contributions to identify other types knowledge in languages outside of English and in other forms; and fourth, the GA encouraged IPLC to be key stakeholders and contributors to the process, through face to face dialogues and through reviewing and commenting on drafts.
What does ILK help with?
Each of the steps we took helped to identify evidence emerging from ILK that could inform the findings of the report, and each chapter drew on ILK in different ways and for different conclusions. For example, in chapter 2, which assessed the current state of nature and nature’s contributions to people, ILK helped identify unique benefits and services that ecosystems provided. There were also a number of indicators of ecosystem change embedded in ILK that were aggregated to provide trendlines. For example, as described by researchers working with Indigenous communities in Canada and New Zealand, the condition of wild animals appears to be deteriorating and their sizes decreasing in some areas, which are observable through looking at fat in hunted animals. These types of indicators are both locally relevant, as they influence decisions about where to hunt and how, and can also be used to show trends of use to scientific monitoring (Table).
|Trends in ecosystems||Total ILK indicators||Examples of indicators||Direction of trends|
|Decreasing resource availability||74||Distance needed to walk to hunt
Length of harvest season
|83% are negative|
|Declines in wild species populations||283||Abundance of culturally significant species||56% are negative|
|Decreases in health conditions of wild animals||88||Behaviour of animals
Colour of fat of harvested animals
|80% are negative|
|Arrival of new pests/alien species||25||Increased pest occurrence||95% are negative|
|Shifting species compositions within landscapes||59||Changing proportion of palatable and unpalatable plants on rangelands
Appearance of new species
|81% are negative|
Table: Examples of using ILK indicators to show trends in nature
Overall, our Journal of Applied Ecology article outlines some key content areas of the GA where attention to ILK was particularly important for questions of interest to applied ecology. These included: 1) enriching understanding of nature and its contributions to people, including ecosystem services; 2) assisting in assessing and monitoring ecosystem change; 3) shaping international targets and scenario development to achieve global goals like the Aichi Biodiversity Targets and Sustainable Development Goals; and 4) generating inclusive and policy-relevant options for people and nature.
We conclude that other assessments and initiatives seeking to engage ILK can learn from our experiences. Successfully bringing ILK into an assessment and into policy arenas requires a deliberate framework and approach from the start; this approach needs to recognize different knowledge systems and engages with networks of stakeholders reflecting diverse worldviews. Assessments need extra money and time to do this right. In return, fostering inclusion of ILK and partnering with IPLC can help these projects understand how natural and cultural systems co-produce each other, identify trends of change through diverse biocultural indicators, and improve sustainable development goals and policies for all.
The full article, Working with Indigenous and local knowledge (ILK) in large‐scale ecological assessments: Reviewing the experience of the IPBES Global Assessment, features as part of a Special Feature between Journal of Applied Ecology and People and Nature: Informing decision‐making with Indigenous and local knowledge and science. All articles in the feature are free to read for a limited time. Take a look at the Editorial bringing the feature together.
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