Fieldwork
Kevin Coldrey and Wendy Foden doing field work. Photo: Kayleigh Murray.

Researchers developed method to assess climate vulnerability of protected areas

Climate change is a challenge for Protected Areas (PA), such as national parks, in many aspects. It can affect biodiversity, infrastructure, and income from tourism. With limited resources, how should efforts be prioritized to meet those challenges? EfD South Africa researchers developed a framework to assess PA’s vulnerability to climate change. The framework helps prioritize resource allocation.  

The collaboration between SANParks (South African National Parks) and EfD came about almost by coincidence. Kevin Coldrey, a master’s student at that time, was attending a guest lecture by Wendy Foden, Climate Change Scientist at SANParks. She gave the students an exercise on assessing the climate vulnerability of national parks.

“Raised awareness in the organization”

“This was something we had just started to look into ourselves, so I was curious as to what they would come up with,” said Wendy Foden.

“Right after the lecture, Kevin approached me and said he wanted to do a project on this. We were thrilled because this was completely relevant to us. So, he pulled it all together. And we found the results very, very useful,” she said.

“The paper has very good visualizations, and the structure and communication are more important than the exact outcomes. It’s very helpful to raise awareness within the organization of SANParks and inform management,” said Wendy Foden.

Illustration
"The paper had very good visualizations"

Kevin Coldrey ran the project quite independently as his master’s thesis, supervised by Wendy Foden and EfD South Africa researcher Jane Turpie. Similar studies have been conducted in the Global North, but one aspect that made this study especially valuable was that it considered SANPark’s dependency on tourism income.

“The framework assesses vulnerability from both an ecological and economic perspective, integrating the two components into a tool that can be used to rank conservation areas in terms of vulnerability while simultaneously highlighting the key vulnerabilities per conservation area. These aspects make the framework unique,” explains Kevin Coldrey.

Helps allocate resources

The vulnerability to climate change impact was assessed and combined with each national park’s capacity to adapt to these climate threats (management capacity, adjacent land use, and financial strength). The 19 national parks received a vulnerability score and rank based on the scoring in several categories. Since the parks are managed as a national network, the researchers explored the best allocation of resources. Each park’s importance to the network’s biodiversity conservation and revenue generation was estimated and used to weigh overall vulnerability scores and ranks.

The parks showed different combinations of the potential impact of climate change and the capacity to adapt. It turned out that the former had a greater influence on vulnerability. Mapungubwe National Park emerged as the most vulnerable to climate change despite its relatively high adaptive capacity, mostly because of large projected changes in species and resource use. Climate change vulnerability rankings differed markedly once importance weightings were applied; Kruger National Park was the most vulnerable under both importance scenarios.

“Our PA assessment tool is the only tool that quantifies PA vulnerability to climate change in a comparative index. It may be used to prioritize resource allocation across PA networks and can be applied from local to global scales,” explained Kevin Coldrey.

Cheetah with cubs
Loss of wildlife can mean loss of tourism income. Photo: Pixabay.

Close collaboration with WWF

Another major user of the framework is the WWF Climate Change Directorate. Kevin Coldrey and Jane Turpie worked closely with Harisoa Hasina Rakotondrazafy, the coordinator of the WWF Africa Adaptation Hub, based in Madagascar. They started assessing climate change impacts on protected areas in Kenya together with WWF’s Kenya team using Kevin’s framework.

“Then we contracted Kevin to extend the work in more areas. All in all, we covered 263 protected areas in 15 countries in eastern, western, and southern Africa,” said Harisoa Rakotondrazafy.

This included a lot of desktop work, but also field work, to assess how climate change affects those protected areas.

“The work we did with him guided some adaptation interventions that we have implemented.”

Presented at Africa Protected Areas Congress

The framework got even more leverage. In 2022 the WWF Climate Change Directorate participated in the first Africa Protected Areas Congress, APAC.

“We led the climate change component of that congress. The work that we had done with Kevin was the foundation of our agenda. He participated as one of us in the core team at the climate change side events,” said Harisoa Rakotondrazafy.

“After APAC, we established a close cooperation with Africa Wildlife Foundation to push this agenda on climate change and protected areas,” she said.

“Many protected areas are highly vulnerable to climate change and urgently need protection, but they are also part of the solution to adapting to climate change.”

The work, led by Kevin Coldrey,  with the climate change impact assessment tool, was nominated for EfD’s Policy Impact Award 2024. As a second-place winner (among 21 nominations), they received a Certificate of Excellence.

 

By: Petra Hansson

Read the study Assessing protected area vulnerability to climate change in a case study of South African national parks, which was published in Conservation Biology.

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Story | 17 December 2024