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Orientador(es)
Resumo(s)
Management decisions in agriculture regarding landscape structure, biodiversity conservation, food production,
climate adaptation and other planetary issues need to be supported by sound data and innovative solutions. The
food system can and must become a part of the solution, particularly if it integrates nature-based solutions
promoting biodiversity as services, such as pest control provided by local birds. Birds have been shown to
contribute to invertebrates’ predation and pest control, among many ecosystem services, in agricultural landscapes,
especially where trees are present. Trees are also services providers and can contribute to ecosystem
regulation, shelter and foraging of species, among other important contributions. In this study, we developed a
methodology that integrates species, trait, and crop data; pest predation indicators and local farmers’ expertise,
to determine the consumption of pests by birds, in intensive farming systems of Central Portugal. Our aim was to
investigate the relationship between birds and service provision over a tree gradient, at the landscape level. For
that, we used point count data to estimate the daily consumption of invertebrates by birds, based on energy
requirements and life cycle characteristics of each species. Using species guilds, we related habitat requirements
to pest control services, which showed higher predation in annual crops close to trees or woody vegetation
compared to the ones with just crops. Further, we analysed the methodology’s main challenges and strengths.
Lastly, we concluded that the holistic characteristic of the developed process would guide stakeholders and
policy’ elaboration more effectively, as we have learnt that farmers’ participation enabled more accurate analysis
and results and could bring them closer to the research process.
Descrição
Palavras-chave
Avifauna Bird guilds Annual crops Pest control services Food systems resilience
Contexto Educativo
Citação
Messina, Tainan, et al. “Integrating Local and Ecological Knowledge to Assess the Benefits of Trees for Ecosystem Services: A Holistic Process-Based Methodology.” Ecosystem Services, vol. 63, Oct. 2023, p. 101556
Editora
Elsevier
