Stockholm university

Research project NG| DOWES: Disclosing the Overlooked Wetlandscape Ecosystem Services

A wetlandscape can comprise large regions with different wetland bodies connected by groundwater or surface flows and, in turn, include more ecosystems, land covers, and communities existing in the landscape.

Differences between a wetland unit and its wetlandscape

The role of wetlandscapes for the well-being of human communities is evident throughout human history, as societies have developed and thrived in their spatial domains. Wetlands are well known to provide a range of provisioning, regulating, cultural, and supporting ecosystem service. Yet, the complexity arising from the spatial aggregation of wetland units into wetlandscapes invites a reconsideration of the provision of wetlandscape ecosystem services (WES).
 

Project description

While wetlands are individual ecosystems with permanent or temporary waters, the novel term “wetlandscapes” refers to systems of wetlands that are hydraulic, hydrological, and ecologically coupled. Although wetland ecosystem services have been investigated for decades, the spatial aggregation of wetlands into wetlandscapes invites their reconsideration. This is most relevant concerning various types of services, such as food and water security services provided to ecosystems and communities beyond the direct area of influence.

The main objective of DOWES is to resolve the interlinkages between water availability in wetlandscapes, their responses and stressors, and the provision of ecosystem services within and beyond their area of influence through synthesis across multiple wetlandscapes. Comprised of six well-known institutions across Sweden, Italy, France, the United Kingdom, and Brazil, DOWES will, in five work packages, address the main objective across six iconic wetlandscape ecosystems.

The first determines high-resolution changes in the hydrological regime using the latest radar and altimetric missions. The second relateswater availability to wetlandscape ecosystem responses and stressors. The third develops a participatory approach to identify perceptions of potential cultural ecosystem services. The fourth adds a layer of complexity by quantifying the provision of ecosystem services of wetlandscapes beyond the area of influence.

Finally, the fifth work package combines these four to develop metrics and guidelines to track and quantify the provision of wetlandscape ecosystem services.

Figure. a) Differences between a wetland unit and its wetlandscape. The ecosystem services provided by a wetland unit (i.e., ES1-3) are expected to be much smaller than those provided by the entire wetlandscape (e.g., WES1-3). Analysis at the wetlandscape scale may also uncover overlooked ecosystem services only detectable beyond the area of influence, such as downstream, downwind, or down-the-chain of wetlandscape products (e.g., WES4-5; pink patterns).b) Example of a wetlandscape: The Magdalena floodplain wetlandscape (MAG; red) and its two wetland units protected by Ramsar (black squares). The MAG comprises the main river, floodplains, riverine communities, and various wetlands systems.

 

Project members

Members

Fernando Jaramillo

Associate professor, Docent

Department of Physical Geography
last

Anna Scaini

Researcher

Department of Physical Geography
Anna Scaini

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