Farming Systems Dynamics and Agricultural Landscapes
Summary
Farming systems dynamics encompass the complex interactions between crops, livestock, technology, policy and socio-economic drivers that shape agricultural landscapes over time. At their core, farming systems are socio-ecological constructs in which resource use, labour allocation and market incentives determine patterns of land management and landscape configuration. Landscapes reflect the cumulative outcome of individual and collective decisions, ranging from intensification and mechanisation to diversification and conservation. Recent shifts towards sustainability have prompted interest in transitions to agroecological and regenerative approaches, integrating biodiversity conservation, ecosystem services and climate resilience. Advances in spatial analysis, remote sensing and systems modelling now enable multi-scale assessments of land use change, connectivity, habitat fragmentation and resource flows. Understanding the drivers of system transitions—such as policy reforms, market volatility and climatic stress—supports better design of land use plans, payment schemes and governance mechanisms. Consequently, research in this field addresses both the fine-scale organisation of farm parcels and the broader territorial dynamics that influence food security, rural livelihoods and environmental health worldwide.
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Farming Systems Dynamics and Agricultural Landscapes publication trend
The graph below shows the total number of articles in farming systems dynamics and agricultural landscapes across all publications each year (not limited to Nature Index journals).
Technical terms
Farming system: The integrated set of crops, livestock, practices and socio-economic factors that determine agricultural production within a defined unit.
Agricultural landscape: A spatial mosaic of land use types and management practices resulting from the collective decisions of farming actors over time.
Agroecological transition: The process of shifting conventional farming towards practices that mimic natural ecosystems to deliver sustainability, biodiversity and resilience.
Land use data: Geospatially referenced information on crop and land cover types, often used to analyse patterns and inform policy or modelling.
Typology: A classification scheme that groups farms or systems according to shared characteristics such as production focus, scale and management.
Spatial configuration: The arrangement and connectivity of land use patches within a landscape, influencing ecological processes and resource flows.
References
- Use cases and scientific potential of land use data from the EU’s Integrated Administration and Control System: A systematic mapping review. Ecological Indicators (2024).
- A Methodological Framework to Enhance Potential Spatial Planning to Support Agroecological Transition at the Scale of Local Territories. Land (2024).
- Exploring the Effects of Climate Change on Farming System Choice: A Farm-Level Space-for-Time Approach. Land (2023).
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