GCAP Blog

Bringing together sources of technical, social and political innovation, with local communities and sources of finance, is a hot topic in the climate adaptation and resilience field.  So, it's exciting seeing this being recognised and applied within communities in South Africa as described in this recent paper. Graham Wilson NB Image source: CSIRO [CC BY 3.0 (http://creativecommons.org/licenses/by/3.0)], via Wikimedia Commons  Baudoin, M. & Ziervogel, G. (2016) What role for local organisations in climate change adaptation? Insights from South Africa.  Reg Environ Change. doi:10.1007/s10113-016-1061-9http://link.springer.com/article/10.1007/s10113-016-1061-9 Abstract With increasing funding directed towards climate change adaptation (CCA) in developing countries, there is a growing need to understand how this support is landing on the ground and impacting on the targeted vulnerable communities. Due to failure of top-down approaches, international organisations such as the adaptation fund are now demanding direct involvement of local actors when funding adaptation actions. Direct access mechanisms have been developed to facilitate channelling fund from the international to local levels. At this level, civil society, public and private organisations have a key role to play to assist adaptation among vulnerable groups. But are local organisations ready to play that role in developing countries? In this paper, we develop and apply a framework to measure adaptive capacity among local organisations. Through extensive fieldwork in South Africa, we assessed the capacity of local organisations to develop and implement CCA projects, and thus access international funds for adaptation. Results highlight key determinants of adaptive capacity and identify areas to prioritise for capacity-building interventions. Key findings include strengthening local organisations’ effectiveness (e.g. resources, project management capacity) and flexibility; raising awareness about adaptation and its links with socio-economic development; and promoting partnerships and knowledge networks as pathways to build adaptive capacity among local organisations in South Africa. About us Established in 2010, GCAP (http://climateadaptation.cc) ranks among the top 10 leading climate think tanks globally, providing knowledge services related to national adaptation investment and finance, climate economics, climate adaptation strategy and planning and climate risk screening.  A world class organisation, we support managers holding over $1 billion in funds.  Our flagship, Oxford Adaptation Academy (http://www.climateadaptation.cc/our-work/adaptation-academy), is a unique incubator for leadership and innovation within the field of climate adaptation. Dr Graham Wilson leads the personal development and leadership strand of the Adaptation Academy.  With a background in ethology and behavioural science, he is an Executive, Leadership and Political Confidant, Tutor in Psychology and Counselling with the University of Oxford, and Co-Director of the Oxford Adaptation Academy.  His research interests include coaching and visual anthropology.  [LinkedIn = http://tinyurl.com/drgwli] 

At this summer's Oxford Adaptation Academy, Dr Carmen Lacambra led participants through a detailed case study of the responses to climate change within Colombia.  An exciting publication has just appeared demonstrating similar issues and solutions in the regional partner, Peru. Graham Wilson NB Image source: "Diego Delso, Wikimedia Commons, License CC-BY-SA 4.0" Orlowsky B, et al (2016) Science in the Context of Climate Change Adaptation: Case Studies from the Peruvian Andes in "Climate Change Adaptation Strategies – An Upstream-downstream Perspective" (eds Salzmann N et al) pp 41-58.  Springer. DOI: 10.1007/978-3-319-40773-9_3 Abstract Within the context of the Climate Change Adaptation Program (PACC), a number of scientific investigations on water resources, natural disasters and perceptions by local people highlight adaptation needs in the regions of Cusco and Apurímac in Peru, considering past, present-day and future climate conditions. This chapter compiles their findings and attempts a systematic evaluation with respect to their contributions to climate change adaptation. The studies consistently find aggravating water scarcity during the dry season (April to September) due to projected precipitation decreases and reduced storage capacity of shrinking glaciers. Impacts include below-capacity hydropower generation and increased crop failure risks. For natural disasters, database inconsistencies prevent a detection of trends. While the natural science studies have produced a new and more comprehensive understanding of the target regions, their implications for society have hardly been investigated anthropologically. One of the few social science studies emphasizes that climate change is only one out of many determinants of rural livelihoods in the target regions, which have not been addressed scientifically yet. We thereby find an imbalance of available scientific knowledge regarding natural vs. social sciences. Overcoming such imbalance would allow for a more comprehensive integration of scientific findings into design and implementation of adaptation measures within the local context. About us Established in 2010, GCAP (http://climateadaptation.cc) ranks among the top 10 leading climate think tanks globally, providing knowledge services related to national adaptation investment and finance, climate economics, climate adaptation strategy and planning and climate risk screening.  A world class organisation, we support managers holding over $1 billion in funds.  Our flagship, Oxford Adaptation Academy (http://www.climateadaptation.cc/our-work/adaptation-academy), is a unique incubator for leadership and innovation within the field of climate adaptation. Dr Graham Wilson leads the personal development and leadership strand of the Adaptation Academy.  With a background in ethology and behavioural science, he is an Executive, Leadership and Political Confidant, Tutor in Psychology and Counselling with the University of Oxford, and Co-Director of the Oxford Adaptation Academy.  His research interests include coaching and visual anthropology.  [LinkedIn = http://tinyurl.com/drgwli] 

We're seeing a growing number of analyses of the relevance and importance of climate resilience in specific industries.  An interesting paper appeared in Fish and Fisheries in August 2016, outlining the authors' conclusions about the need for a large scale ban on high seas fisheries to move from stock management that aims for sustainability to one that aims to achieve resilience. Graham Wilson Image © 2016 Dr Graham Wilson (This work is licensed under the Creative Commons Attribution-NoDerivatives 4.0 International License.)  Cheung, W. W. L., Jones, M. C., Lam, V. W. Y., D Miller, D., Ota, Y., Teh, L. and Sumaila, U. R. (2016), Transform high seas management to build climate resilience in marine seafood supply. Fish Fish. doi:10.1111/faf.12177 Abstract Climate change is projected to redistribute fisheries resources, resulting in tropical regions suffering decreases in seafood production. While sustainably managing marine ecosystems contributes to building climate resilience, these solutions require transformation of ocean governance. Recent studies and international initiatives suggest that conserving high seas biodiversity and fish stocks will have ecological and economic benefits; however, implications for seafood security under climate change have not been examined. Here, we apply global-scale mechanistic species distribution models to 30 major straddling fish stocks to show that transforming high seas fisheries governance could increase resilience to climate change impacts. By closing the high seas to fishing or cooperatively managing its fisheries, we project that catches in exclusive economic zones (EEZs) would likely increase by around 10% by 2050 relative to 2000 under climate change (representative concentration pathway 4.5 and 8.5), compensating for the expected losses (around −6%) from ‘business-as-usual’. Specifically, high seas closure increases the resilience of fish stocks, as indicated by a mean species abundance index, by 30% in EEZs. We suggest that improving high seas fisheries governance would increase the resilience of coastal countries to climate change. About us Established in 2010, GCAP (http://climateadaptation.cc) ranks among the top 10 leading climate think tanks globally, providing knowledge services related to national adaptation investment and finance, climate economics, climate adaptation strategy and planning and climate risk screening.  A world class organisation, we support managers holding over $1 billion in funds.  Our flagship, Oxford Adaptation Academy (http://www.climateadaptation.cc/our-work/adaptation-academy), is a unique incubator for leadership and innovation within the field of climate adaptation. Dr Graham Wilson leads the personal development and leadership strand of the Adaptation Academy.  With a background in ethology and behavioural science, he is an Executive, Leadership and Political Confidant, Tutor in Psychology and Counselling with the University of Oxford, and Co-Director of the Oxford Adaptation Academy.  His research interests include coaching and visual anthropology.  [LinkedIn = http://tinyurl.com/drgwli]