LIFE BEEadapt: a pact for pollinator adaptation to climate change
LIFE BEEadapt aims to enhance pollinator resilience by improving landscape connectivity and habitat diversity through targeted governance and Green Infrastructure practices across Italy.
Projectdetails
Introduction
Climate change has multiple implications for organisms’ phenology, causing desynchronizations between pollinators and flowering periods that affect many pollinators’ populations and distribution. There is increasing evidence that climate change trends (especially when combined with other pressures) may increase extinction risk of several pollinator species, locally and globally threatening ecosystems resilience, rural economy, and food security.
Impacts of Climate Change
Homogenous and fragmented landscapes worsen climate change impacts on pollinators, preventing their adaptation to changing conditions. This calls for climate adaptation measures that enhance landscape connectivity and habitat heterogeneity at multiple spatial scales, locally increasing the variety of micro-climatic conditions.
Project Overview
LIFE BEEadapt puts pollinators at the heart of the design of adaptation measures by enhancing connectivity planning at national, regional, and local scales through a set of governance, programming, implementation, and environmental tools. These tools aim to preserve/increase areas with heterogeneous geophysical characteristics and vegetation structure, instead of addressing only land-use change impacts, as many conservation strategies and agro-environmental schemes do. This approach ultimately improves the climate resilience of territories.
Project Objectives
The project will:
- Provide an abacus of practices to design pollinators-oriented Green Infrastructure (GI) in rural, peri-urban, and urban areas.
- Carry out demonstration actions in 5 Italian target areas with different morphology, land uses, and management assets.
- Create a governance model improving public bodies’ administrative capacity on adaptation and involving farmers in GI design and management.
- Establish criteria for the payment of pollination-related ecosystem services and the inclusion of pollinators-oriented measures in planning tools, for replication of project results.
- Transfer to selected areas a protocol for pollinators-friendly adaptation and disseminate it in Italy and beyond.
Financiële details & Tijdlijn
Financiële details
Subsidiebedrag | € 1.942.114 |
Totale projectbegroting | € 3.236.857 |
Tijdlijn
Startdatum | 1-9-2022 |
Einddatum | 31-8-2026 |
Subsidiejaar | 2022 |
Partners & Locaties
Projectpartners
- ENTE PARCO NAZIONALE DELL'APPENNINO TOSCO-EMILIANOpenvoerder
- UNIVERSITA DEGLI STUDI DI CAMERINO
- FONDAZIONE PER LO SVILUPPO SOSTENIBILE
- CONSIGLIO NAZIONALE DELLE RICERCHE
- CONFAGRICOLTURA LATINA
- UNIVERSITA DEGLI STUDI ROMA TRE
- ROMANATURA ENTE REGIONALE PER LA GESTIONE DELLE AREE NATURALI PROTTETE NEL COMUNE DI ROMA
- LEGAMBIENTE NAZIONALE APS RETE ASSOCIATIVA ETS
- COMUNE DI APRILIA
- U-SPACE SRL
Land(en)
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Integrated Quality Services for Home Renovation Roadmap
EASIER enhances energy renovation for condominiums in Italy by integrating public-private services, training stakeholders, and utilizing digital tools to simplify processes and promote energy savings.
Bringing local and regional municipalities towards owning their SECAPs
OwnYourSECAP aims to empower over 110 municipalities to develop and implement effective climate action plans through systematic energy management, adaptation strategies, and stakeholder engagement.
Improving and demonstrating the potential of SRI
easySRI develops a web platform for automated Smart Readiness Indicator calculations, enhancing energy efficiency insights and supporting ML-based evaluations for building upgrades and stakeholder engagement.
Decentralization, Diversity and Dynamic load regulation – novel approaches to tangible energy transition with diversification of production sources
3DIVERSE aims to integrate sustainable energy investments through a coordinated multi-sector approach, enhancing citizen engagement and financing to create a replicable model for energy transition.
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Plant adaptation in a changing pollination climateThe POLLCLIM project aims to analyze how changes in pollinator populations affect plant adaptation and evolution through empirical studies and statistical modeling of wildflower traits. | ERC STG | € 1.500.000 | 2024 | Details |
BeeOmetrics: an AI-powered predictive platform based on wild bee activity for targeted environmental management.
BeeOmetrics aims to enhance environmental monitoring and remediation in the EU by using AI and wild bees as bioindicators to inform policymakers and reduce pollution while promoting biodiversity.
Plant adaptation in a changing pollination climate
The POLLCLIM project aims to analyze how changes in pollinator populations affect plant adaptation and evolution through empirical studies and statistical modeling of wildflower traits.