Bridging knowledge frames and networks in climate and water governance

A book edited by Jurian Edelenbos, Nanny Bressers and Peter Scholten about "Water Governance as Connective Capacity" has just been published by Ashgate. Together with Marcela Brugnach, Katrien Termeer and Helen Ingram, we contributed a chapter on "Bridging knowledge frames and networks in climate and water governance". 

Here's an extract from the introduction to the chapter:

Addressing the challenge of water governance in view of climate change requires the best of available knowledge, sensible ways to deal with the inherent uncertainties, and, as we will argue in this paper, bridging diverging knowledge frames and networks. The fate of diverse knowledge frames and networks in the climate domain is directly relevant for water governance – why investing in e.g. hydropower or water storage capacity if climate change isn’t much of a problem, as climate skeptic activists and some political parties claim. In a field as knowledge-intensive as water and climate policy – without sophisticated models climate change wouldn’t even be recognized as an issue – a thorough understanding is needed of how knowledge is produced in networks, how knowledge links to conflicting perspectives or frames and how diverse ways of knowing can be bridged.

This is the reference:

Dewulf, A., Brugnach, M., Termeer, C. & Ingram, H. (2013). Bridging knowledge frames and networks in climate and water governance. In: J. Edelenbos, N. Bressers & P. Scholten (Eds). Water governance as connective capacity, pp 229-247. Ashgate.

The book is available at Amazon and also as a PDF ebook

Adaptive governance of mountain ecosystem services for poverty alleviation

More than a year ago we drafted a one-page project idea about citizen science, virtual observatories, social networks and adaptive governance for the ESPA (Ecosystem Services for Poverty Alleviation) call of the British Research Council. Then followed a number of important steps, including a brainstorming session in a coffee bar in Lima, an exercise in interdisciplinary proposal writing and a joint effort to draft a response to the reviews. Last month, Wouter Buytaert (PI of the proposal at Imperial College), David Hannah (Co-PI at Birmingham) and myself (Co-PI at Wageningen) were invited to defend our proposal in London. A week later we received the good news that the proposal had been recommended for funding by the ESPA board!

The project is meant to start in the fall, and we will be looking for a social science postdoc (3-year, full time, based at Wageningen) in this cross-disciplinary research project. This position will involve working with local researchers in  mountain regions in Peru, Ethiopia, Kyrgizstan and Nepal. The title and a summary of the project can be found below.

Adaptive governance of mountain ecosystem services for poverty alleviation enabled by environmental virtual observatories (MOUNTAIN-EVO)

Ecosystem services (ESS) management can alleviate poverty if it is embedded in local processes of adaptive governance that rely on continuous monitoring and knowledge co-generation. This is especially the case in remote mountain regions, where poverty is often interlocked with multiple ecosystem threats, data scarcity, and high uncertainties. In these environments, it is paramount to generate locally relevant knowledge about multiple ESS and how they impact local livelihoods. This is often problematic. Existing environmental data  collection tends to be geographically biased towards more densely populated regions, and prioritised towards strategic economic activities that bypass the poor. Data may also be locked behind institutional and technological barriers and monopolised by the better educated or politically connected. These issues create a “knowledge trap” for data-poor regions, which is especially acute in remote and hard-to-reach mountain regions. This project will blend cutting-edge concepts of adaptive governance with technological breakthroughs in citizen science and knowledge co-generation to break this vicious circle.

Our central research question is how recent conceptual and technological innovations in environmental sensing, data processing, interactive visualisation and participatory knowledge generation can be leveraged to implement demand-driven, interactive and multidirectional approaches to knowledge generation about ESS. Our approach to this question is built around the notion of Environmental Virtual Observatories: decentralised and open technology platforms for knowledge generation and exchange that enable participation of marginalised and vulnerable communities bypassed by the traditional mechanisms.

Our case studies are 4 remote and poor mountain regions characterised by acute degradation of ESS, in particular water supply, soil fertility, and land cover. We will implement a process of participatory data collection and processing on these ESS and their trade-offs, embedded in the local NGO and educational setting. Mechanisms of continuous evaluation and improvements will be set up, and tested for usefulness, robustness and impact on human wellbeing. Our goal is not to develop specific solutions to specific problems. Rather, we will leverage the cross-disciplinary nature of our consortium to create a flexible and adaptive set of tools, methods and concepts to promote resilient ESS for poverty alleviation.