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Using Ponds and Pondscapes as Nature-based Solutions

 
Cover of the "Using Ponds and Pondscapes as Nature-Based Solutions" guidance document. The left side shows a young girl sitting on a wooden pier extending into a calm pond surrounded by lush greenery. The right side features the title and subtitle in bold white text on a green gradient background: "Using Ponds and Pondscapes as Nature-Based Solutions: Guidance for policy makers on the use of ponds and pondscapes as nature-based solutions for climate change mitigation and adaptation."

© PONDERFUL project, 2024

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Using Ponds and Pondscapes as Nature-based Solutions

Guidance for policy makers

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Citation

Biggs, J., Hoyle, Matos, I., Oertli, B., Teixeira, J. (2024). Using ponds and pondscapes as nature-based solutions. Guidance for policy makers on the use of ponds and pondscapes as nature-based solutions for climate change mitigation and adaptation, EU Horizon 2020 Ponderful project, University of Vic – Central University of Catalonia. https://doi.org/10.5281/zenodo.13847395

The recently published guide "Using ponds and pondscapes as nature-based solutions" is a practical guide for policy makers. The guide provides detailed recommendations on using ponds and pondscapes as nature-based solutions, in particular to adapt to climate change and promote biodiversity. In addition to the policy dimension, it contains practical suggestions for monitoring, management and restoration of ponds.

New findings on the function of ponds

The guide emphasizes that despite their small size, ponds make an enormous contribution to ecological stability. They contain up to 30% of the world's standing water and provide habitats for numerous endangered species. An important new finding is that ponds can contribute significantly to the regulation of the carbon cycle through their high biogeochemical activity. It also shows how ponds can mitigate extreme events such as floods and droughts while providing habitat for pollinators and other keystone species.

Practical suggestions for monitoring, management and restoration

The authors present detailed approaches for practical work with ponds to maintain or restore their ecological and social functions. For monitoring, it is recommended to conduct regular inventories that include physico-chemical water quality and biological parameters such as species diversity. Such data makes it possible to evaluate and adapt the effectiveness of measures. In the area of management, the importance of protecting ponds from nutrient pollution, controlling invasive species and establishing buffer zones of semi-natural vegetation is emphasized. For restoration, the concept of "ghost ponds" (restoring formerly infilled ponds) offers an innovative solution to revitalize historic water networks. These measures are not only ecologically valuable, but also comparatively cost-effective compared to technical alternatives.

Recommendations and future prospects

A key message from the authors is that ponds should be more fully integrated into policy planning. Nine concrete measures are proposed, including the improvement of water quality through buffer zones, the promotion of ponds in urban areas and the creation of national pond inventories. A new suggestion is the introduction of an international agreement specifically for the protection of ponds and pond landscapes, in order to strengthen their ecological and social importance globally.

The PONDERFUL project at a glance

The guide is a result of the PONDERFUL project, which has developed innovative approaches to the use of ponds. It is based on extensive research and offers both scientific and practical perspectives, which are further elaborated in a complementary technical handbook. The aim is to equip policy and practitioners with the necessary tools to promote ponds as valuable nature-based solutions.

New perspectives for ponds as nature-based solutions: A guide for policy makers

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Language
English
Authorship
Jeremy Biggs (FHT)
Credits

Editors
Jeremy Biggs (FHT), Sarah Hoyle (FHT), Inês Matos (CIIMAR), Beat Oertli (HES-SO), José Teixeira (CIIMAR)

Contributors
Malgorzata Blicharska (UU), Dani Boix (UdG), Sandra Brucet (UVic-UCC and ICREA), Thomas A. Davidson (AU), Nairomi Eriksson (UU), Manuel Lago (Ecologic), Pieter Lemmens (KUL and IGB), Ewa Livmar (UU), Sílvia Martins (CIIMAR), Hugh McDonald (Ecologic), Thomas Mehner (IGB) Ewa Orlikowska (Karlstad University), Ditte Rens (KUL), Joël Robin (ISARA)

Funding
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Dimension
32 pp.
DOI
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Project ID
Table of contents
Keywords
Ponds, pondscapes, nature-based solutions, biodiversity, climate change, climate adaptation, carbon storage, ecosystem services, water quality, buffer zones, sustainable water management, EU Nature Restoration Law, Water Framework Directive, pond monitoring, pond management, pond restoration, ghost ponds, habitat protection, clean water, sustainable agriculture, sponge city, wetlands, invasive species, water protection
Europe, EU, Spain, Germany, Belgium, Switzerland, Great Britain, Portugal, Denmark, Sweden, Turkey, Uruguay, Ireland, Scotland, Balkan countries, Mediterranean region, North America, La Pletera (Spain), Pinkhill Pondscape (UK), Alpine pond
Mapping and inventory of ponds, monitoring programmes for water quality and biodiversity, risk assessment of management and restoration measures, hydrological analyses, water flow modelling, establishment of buffer zones and protection strips, revitalization of "ghost ponds", physico-chemical and biological monitoring methods, national pond inventories, adaptation of land use for water storage, sustainable landscape management, analysis of ecological networks and habitat connectivity, measures to control invasive species, public relations, awareness campaigns