Publications HAL de la collection SOLUBIOD

2025

Journal articles

titre
Changing the decision context to enable social learning for climate adaptation
auteur
Matthew J Colloff, Russell Gorddard, Claudia Munera‐roldán, Bruno Locatelli, Sandra Lavorel, Sandrine Allain, Enora Bruley, James R A Butler, Titouan Dubo, Ojongetakah Enokenwa Baa, Alberto González‐garcía, Lou Lécuyer, Michaela Lo, Jacqueline Loos, Ignacio Palomo, Emeline Topp, Améline Vallet, Gretchen Walters
article
People and Nature, In press, ⟨10.1002/pan3.70043⟩
resume
Abstract Successful adaptation often involves changes to the decision context to enable new ways of thinking and acting on climate change. Using 16 adaptation initiatives the authors were engaged with, we analysed how and why decision contexts changed to identify ways to improve adaptation as a process of collective deliberation and social learning. We used the scope of the adaptation issue and governance arrangements to classify initiatives into four types and scored changes in the decision context using three frameworks: (1) the values, rules and knowledge (VRK) perspective to identify changes to adaptation decision‐making; (2) the five dimensions of futures consciousness to identify the building of adaptation capabilities and (3) the social learning cycle to reveal evidence of reflexive learning. Initiatives using novel governance arrangements for discrete problems (‘problem governance’) or complex, systemic issues (‘systems governance’) scored highest for influences of VRK, futures consciousness and the social learning cycle on the decision context. Initiatives using existing management for discrete problems (‘problem management’) scored moderately for change in the decision context, while those using existing management for systemic issues (‘systems management’) scored low because change was often impeded by existing rules. All three frameworks influenced decision contexts in systems governance initiatives. Problem governance initiatives revealed interactions of VRK and futures consciousness but limited influence of VRK on the social learning cycle. Scope and governance arrangements differ with the adaptation issue and initiatives adapt over time: some small‐scale ones became more systemic, developed novel governance arrangements and changed the decision context. Our findings do not show that some adaptation initiatives are better or more transformative than others; just that their scope and appropriate governance arrangements are different. This questions the notion that successful adaptation requires building generic transformative adaptation approaches and capabilities. There is a diversity of arrangements that work. What is important is to align the approach to the adaptation problem. We suggest two directions for improving adaptation initiatives: first, by influencing how they can shift between problem and systems focus and between standard management and novel governance, and secondly, by using methods to diagnose and direct change in the decision context. Read the free Plain Language Summary for this article on the Journal blog.
DOI
DOI : 10.1002/pan3.70043
Accès au texte intégral et bibtex
https://agroparistech.hal.science/hal-05055736/file/People%20and%20Nature%20-%202025%20-%20Colloff%20-%20Changing%20the%20decision%20context%20to%20enable%20social%20learning%20for%20climate%20adaptation.pdf BibTex
titre
Pesticide use and large patch size reduce natural pest control potential in vineyards
auteur
Alex Stemmelen, Gaëtane Le Provost, Brice Giffard, Adrien Rusch
article
Journal of Applied Ecology, 2025, ⟨10.1111/1365-2664.70058⟩
resume

1. Promoting natural pest control services through natural enemies in agricultural landscapes offers a sustainable perspective for pest management. Several management options across spatio-temporal scales enhance natural pest control.

However, most studies examining how pest control services respond to environmental changes focused on the magnitude of natural pest control across space and often neglect its temporal stability. Consequently, we lack information on the ecological drivers influencing interannual stability of pest control, which is especially important in perennial cropping systems threatened by multiple pests.

2. Here, we used a landscape-scale experiment in southwest France to investigate how local management and landscape context affect the mean level and temporal stability of natural pest control. Our design included paired vineyards in 20 landscapes selected along two orthogonal gradients: organic farming proportion and semi-natural habitat proportion in the landscape. We evaluated natural pest control services annually using eggs of the grape moth Lobesia botrana from 2018 to 2022 (excluding 2020). We predicted that low-intensity farming, with reduced pesticide application and soil disturbance, would enhance predation rates and its stability by benefiting natural enemy communities. Finally, we expected that more complex landscapes, both in terms of composition and configuration, would benefit natural enemy activities and lead to higher levels of pest control.

3. Our analyses revealed that mean daily pest predation decreased with pesticide use and was lower in less complex landscapes, associated with larger patch sizes.

However, farming practices and landscape context did not affect predation rate stability over time.

4. Synthesis and applications. Our results suggest that the magnitude of natural pest control services can be improved by reducing intensive management practices at the field scale and by promoting greater landscape heterogeneity, for example, by reducing the mean patch size. These findings highlight the potential for promoting ecosystem services and limit pesticide use, thereby supporting more sustainable farming systems. However, our results indicate that these management strategies may not necessarily contribute to the temporal stability of pest control across years. This suggests that complementary approaches, such as fostering specific functional groups, might be needed to ensure consistent pest control service over time.

DOI
DOI : 10.1111/1365-2664.70058
Accès au texte intégral et bibtex
https://hal.inrae.fr/hal-05070823/file/Journal%20of%20Applied%20Ecology%20-%202025%20-%20Stemmelen%20-%20Pesticide%20use%20and%20large%20patch%20size%20reduce%20natural%20pest%20control%20potential%20in.pdf BibTex
titre
MANG@COAST: A spatio-temporal modeling approach of muddy shoreline mobility based on mangrove monitoring
auteur
Paul-Emile Augusseau, C Proisy, Antoine Gardel, Guillaume Brunier, Ludovic Granjon, Tanguy Maury, Antoine Mury, Adrien Staquet, Valdenira Ferreira Santos, Romain Walcker, Pascal Degenne, D Lo Seen, E J Anthony
article
Environmental Modelling and Software, 2025, 186, pp.106345. ⟨10.1016/j.envsoft.2025.106345⟩
resume
Highly dynamic wave-exposed muddy coasts harbouring mangrove ecosystems can be subject to both marked accretion and erosion depending on the complex interactions between mud and waves. We propose a multiscale modelling approach and empirical equations calibrated and integrated into a landscape dynamics model implemented on a mud-bank coast using the Ocelet language to simplify the complex processes driving seamangrove coastline dynamics and quantity them with 10 years of satellite observations of mangrove shoreline fluctuations. We find that fluctuations in seafront mangroves can be simulated with acceptable accuracy along 200 km of coastline. In the absence of mud banks, seasonal wave forcing resulted in erosion rates reaching 1100 m/y. Our findings indicate that wave energy can be reduced by 90% at all locations when the width of mud banks exceeds 2000 m in front of the mangroves. Finally, we discuss the potential of this modeling approach for anticipating coastal changes.
DOI
DOI : 10.1016/j.envsoft.2025.106345
Accès au texte intégral et bibtex
https://hal.inrae.fr/hal-04926896/file/Augusseau_etal_Environmental_Modelling_Software_2025_186.pdf BibTex

2024

Journal articles

titre
Tailored policies for perennial woody crops are crucial to advance sustainable development
auteur
Carlos Martinez-Nuñez, Elena Velado-Alonso, Jacques Avelino, Pedro Rey, Gerben Martijn ten Hoopen, Guy Pe’er, Yi Zou, Yunhui Liu, Philip Antwi-Agyei, Adrien Rusch, Charles Staver, Tharaka Priyadarshana, Denis Sonwa, Damayanti Buchori, Lucas Garibaldi, Elena Concepción, Owen Lewis, Ivette Perfecto, Ignasi Bartomeus
article
Nature Sustainability, 2024, ⟨10.1038/s41893-024-01483-8⟩
resume
Perennial woody crops, which are crucial to our diets and global economies, have the potential to play a major role in achieving multiple UN Sustainable Development Goals pertaining to biodiversity conservation, socio-economic development and climate change mitigation. However, this potential is hindered by insufficient scientific and policy attention on perennial woody crops, and by the intensification of perennial crop cultivation in the form of monocropping with high external inputs. In this Perspective, we highlight the potential of properly managed and incentivized perennial woody crops to support holistic sustainable development and urge scientists and policymakers to develop an effective agenda to better harness their benefits.
DOI
DOI : 10.1038/s41893-024-01483-8
Accès au bibtex
BibTex
titre
Nature-based solutions to increase sustainability and resilience of vineyard-dominated landscapes
auteur
Adrien Rusch
article
Basic and Applied Ecology, 2024, 82, pp.70 - 78. ⟨10.1016/j.baae.2024.12.005⟩
resume

Vineyards are highly intensive systems very often located in biodiversity hotspots at the global scale. These ecosystems are now facing major environmental, agronomical and economic issues that challenge their sustainability. Based on multiple evidence, I illustrate here how biodiversity and several nature-based solutions across scales, from manipulating within-field plant communities to landscape-scale diversification, can provide benefits related to key societal challenges that vineyard socio-ecosystems are facing. These findings support the idea that biodiversity and ecosystem services play a key role in the functioning of these landscapes and that nature-based solutions offer a sustainable pathway for the future of vineyard agroecosystems. This literature review also highlights several gaps of knowledge that define a research agenda for nature-based solutions to strengthen multifunctionality of vineyard landscapes.

DOI
DOI : 10.1016/j.baae.2024.12.005
Accès au texte intégral et bibtex
https://hal.inrae.fr/hal-04919476/file/Rusch.pdf BibTex

Poster communications

titre
Living lab Gascogne - Réseau de living labs Solu-Biod
auteur
Annie Ouin, Aude Vialatte
article
Living labs du Programme national de recherche sur les Solutions fondées sur la Nature, Apr 2024, Lyon, France
Accès au texte intégral et bibtex
https://hal.science/hal-04828816/file/Poster%20Gascogne.pdf BibTex
titre
Paris Île-de-France living lab of nature-based solutions
auteur
Olivier Fouche-Grobla, Luc Abbadie
article
Lancement officiel du Programme national de recherche sur les Solutions fondées sur la Nature, Apr 2024, Lyon, France. Unpublished, 2024, ⟨10.13140/RG.2.2.15508.51849⟩
DOI
DOI : 10.13140/RG.2.2.15508.51849
Accès au texte intégral et bibtex
https://hal.science/hal-04595868/file/Poster%20Paris%20IdF.pdf BibTex
titre
Poster de présentation du living lab Antharès - Réseau de living labs Solu-Biod
auteur
Sylvie Nazaret, Patricia Gibert, Claire Valiente Moro
article
Lancement officiel du Programme national de recherche sur les Solutions fondées sur la Nature, Apr 2024, Lyon, France
Accès au texte intégral et bibtex
https://hal.science/hal-04548654/file/Poster%20Anthar%C3%A8s.pdf BibTex
titre
Poster de présentation du living lab MEDCOAST - Réseau de living labs Solu-Biod
auteur
Patrick Monfort
article
Lancement officiel du Programme national de recherche sur les Solutions fondées sur la Nature, Apr 2024, Lyon, France
Accès au texte intégral et bibtex
https://hal.science/hal-04595897/file/Poster%20LittMed.pdf BibTex
titre
Poster de présentation du living lab 2.Sèvres - Réseau de living labs Solu-Biod
auteur
Sabrina Gaba, Vincent Bretagnolle
article
Lancement officiel du Programme national de recherche sur les Solutions fondées sur la Nature, Apr 2024, Lyon, France
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https://hal.science/hal-04548587/file/poster_2.sevres.pdf BibTex
titre
Poster de présentation du living lab AMWI - Réseau de living labs Solu-Biod
auteur
Jean Wencélius, Tamatoa Bambridge, Guillaume Mitta
article
Lancement officiel du Programme national de recherche sur les Solutions fondées sur la Nature, Apr 2024, Lyon, France. Poster présentation des living labs du Programme national de recherche sur les Solutions fondées sur la Nature
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https://hal.science/hal-04588765/file/Poster%20AMWI.pdf BibTex
titre
Poster de présentation du living lab LLUNAM- Réseau de living labs Solu-Biod
auteur
Julien Mary, Alan Vergnes
article
Lancement officiel du Programme national de recherche sur les Solutions fondées sur la Nature, Apr 2024, Lyon, France
Accès au texte intégral et bibtex
https://hal.science/hal-04595891/file/Poster%20LLUNAM.pdf BibTex
titre
Poster de présentation du living lab Bacchus- Réseau de living labs Solu-Biod
auteur
Adrien Rusch
article
Lancement officiel du Programme national de recherche sur les Solutions fondées sur la Nature, Apr 2024, Lyon, France
Accès au texte intégral et bibtex
https://hal.science/hal-04596005/file/Poster%20Bacchus%20%281%29.pdf BibTex
titre
Poster de présentation du living lab Vivalp - Réseau de living labs Solu-Biod
auteur
Sandra Lavorel, Isabelle Arpin
article
Lancement officiel du Programme national de recherche sur les Solutions fondées sur la Nature, Apr 2024, Lyon, France
Accès au texte intégral et bibtex
https://hal.science/hal-04548623/file/Poster%20VIVALP.pdf BibTex
titre
Poster de présentation du living lab Ponant - Réseau de living labs SOLU-BIOD
auteur
Adélie Pomade, Pierre Stéphan
article
Poster présentation des living labs du Programme national de recherche sur les Solutions fondées sur la Nature, Apr 2024, Lyon, France
Accès au texte intégral et bibtex
https://hal.science/hal-04828784/file/Poster%20PONANT.pdf BibTex
titre
Poster de présentation du living lab Magellan - Réseau de living labs SOLU-BIOD
auteur
Christophe Proisy, Antoine Gardel
article
Lancement officiel du Programme national de recherche sur les Solutions fondées sur la Nature, Apr 2024, Lyon, France
Accès au texte intégral et bibtex
https://hal.science/hal-04828622/file/Poster%20MAGELLAN.pdf BibTex