Journal Article

Creating a safe operating space for wetlands in a changing climate

Mateo, Rafael, Rodríguez Rodríguez, Miguel, Morris, Edward P, Koelmans, Albert A, Bravo Utrera, Miguel Ángel, Bustamante Díaz, Javier, Mooij, Wolf M, Espinar, José L, Green, Andy J, Díaz Delgado, Ricardo, Van Nes, Egbert H, Peeters, Edwin T.H.M, Scheffer, Marten, Alcorlo, Paloma

2017

Overview

Many of the world’s wetlands may be profoundly affected by climate change over the coming decades. Although wetland managers may have little control over the causes of climate change, they can help to counteract its effects through local measures. This is because direct anthropogenic impacts, such as water extraction and nutrient loading, work in concert with climate change to damage wetlands. Control of these local stressors may therefore ameliorate undesired effects of climate change, such as a shift towards dominance by invasive floating plants, increasingly frequent cyanobacteria blooms, or extinction of key species. Using the iconic Doñana wetlands in Spain as a case study, we illustrate how the concept of creating a “safe operating space” may be implemented to better ensure that ecosystems do not surpass thresholds for collapse during an era of global change.

• Publisher: Sue Silver,Wiley Subscription Services, Inc,Ecological Society of America
• Subject: anthropogenic activities / Anthropogenic factors / Aquatic Ecology and Water Quality Management / Aquatische Ecologie en Waterkwaliteitsbeheer / case studies / Climate change / Climate effects / CONCEPTS AND QUESTIONS / Cyanobacteria / ecosystems / extinction / Floating plants / Freshwater ecosystems / Groundwater / Groundwater extraction / Human influences / IMARES Onderzoeksformatie / Invasive plants / Leerstoelgroep Aquatische ecologie en waterkwaliteitsbeheer / Lentic systems / managers / Marshes / Nutrient loading / Onderzoeksformatie / Pollution load / Spain / Species extinction / Wetland ecology / Wetland management / Wetlands / WIMEK