Unit 6: Towards Multifunctional Agricultural Landscapes Flashcards
What are the three main policy objectives for implementing multifunctional agricultural landscapes?
Answer:
- Effectiveness
- Cost efficiency
- Sustainability and dynamic efficiency
Name the core components of multifunctional agricultural landscapes.
- Long and diverse crop rotations - varying the types of crops grown over time
- Complex landscape structures - creating diverse agricultural environments
- Reduced tillage practices - minimizing soil disturbance
- Closed nutrient cycles - optimizing nutrient use and recycling
- Integrated plant protection - using comprehensive approaches to protect crops
- Reduction of livestock numbers - decreasing animal farming intensity
What are the European Green Deal’s 2030 targets?
- 25% organic farming
- 50% reduction in pesticides
- 50% reduction in nutrient losses
- 20% reduction in fertilizer use
- 10% landscape features
- Carbon farming implementation
What is the two-pillar structure of the Common Agricultural Policy (CAP)?
- Income support
- Rural development
List three types of policy options discussed in the text for implementing agricultural landscape changes.
- Regulatory Measures
- Minimum standards
- Spatial planning
- Incentive Mechanisms
- Negative: taxes, emissions trading, offsets
- Positive: payments and subsidies
- Supporting Measures
- Public procurement
- Labels
- Advisory services
- Education
- Reporting standards
What are the main considerations regarding spatial scale in implementing multifunctional agricultural landscapes?
- Beneficiary Location: Different environmental benefits like climate regulation, flood protection, and biodiversity support affect people and ecosystems at varying distances from the source
- Ecosystem Service Provision: The level at which different environmental services are provided can vary - some may be local while others have regional or global impacts
- Indirect Effects: Changes in land use can have ripple effects beyond the immediate area, creating broader environmental impacts
Sustainability changes affecting agriculture
- Contributes substantially to biodiversity loss through land-use changes and landscape structure alterations
- Major source of greenhouse gas emissions through food production and related activities
- Faces increasing pressure from climate change impacts
- Creates complex feedback loops between environmental impacts and agricultural productivity
- in terms of planetary boundaries → relates to land-system change and biosphere integrity
What are multifunctional agricultural landscapes?
- agricultural landscapes designed to serve multiple purposes beyond food production, incorporating diverse farming practices and ecosystem services through various components
- aim to balance agricultural productivity with environmental conservation, climate resilience, and socio-economic benefits
What are the major obstacles for implementing multifunctional agricultural landscapes?
- Multifunctionality & Trade-offs
- Multiple ecosystem services with biophysical synergies and trade-offs
- Heterogeneous preferences among different groups → need to balance various stakeholder needs
- Balance between public and private goods on privately owned land
- Landscape Heterogeneity
- requires policies to account for both natural variations in the environment and structural differences between regions (like the dramatic variation in farm sizes - from 37 ha to 272 ha between different regions in Germany)
- Spatial Scale Considerations
- Action Space Limitations
- Social barriers
- Economic constraints
- Regulatory restrictions
- Technological limitations
What are some issues with the European Green Deal?
- confusion of means and ends → **unclear distinction between the policy tools (means) and the desired outcomes (ends) in the targets
- consistency with the CAP → challenges in aligning these targets with the existing Common Agricultural Policy framework
What are the policy recommendations for multifunctional agricultural landscapes?
- Broader policy mix beyond CAP
- Context-specific and result-based incentives to help deal with heterogeneity
- Spatial targeting and coordination to ensure the beneficiaries who need support receive it
- Collective agri-environmental measures
- Integration of demand-side policies → to deal with the action space issue
- synergies with private good provision
What are some policies under CAP?
- Conditionality standards → Basic requirements and standards that farmers must meet to receive agricultural support payments
- Eco-schemes (25% of first pillar) → agricultural support programs within the EU’s Common Agricultural Policy that provide financial incentives to farmers who voluntarily adopt environmentally-friendly and climate-friendly farming practices
- Agri-environmental and climate measures
- Investment support