This article explores the transformative potential of citizen science data for tracking long-term ecological trends, a field of growing importance for understanding environmental determinants of health.
This article provides a comprehensive exploration of Ecological Security Patterns (ESP), a critical spatial approach for balancing ecological conservation and socio-economic development. Tailored for researchers, environmental scientists, and land-use planners, it systematically unpacks ESP's core principles, tracing its origins in landscape ecology and its ‘source-corridor-network' paradigm. The content details advanced methodological frameworks for ESP construction, including the integration of Minimum Cumulative Resistance (MCR) models and circuit theory, and addresses key challenges such as ecological source homogenization and resistance surface setting. Further, it validates ESP's application across diverse ecosystems like the Yellow River Basin and China's black soil regions, comparing its efficacy with related concepts like Green Infrastructure (GI) and Ecological Networks (EN). The synthesis offers a forward-looking perspective on integrating dynamic simulations and multi-scale assessments to enhance ESP's role in achieving global sustainability and ecological security goals.
This article provides a systematic exploration of the Ecospace module, the spatial analysis component of the Ecopath with Ecosim (EwE) framework, tailored for researchers and scientists in ecosystem-based management. It covers foundational principles, from defining habitat affinity using binary maps to the advanced Habitat Foraging Capacity (HFC) model that incorporates continuous environmental drivers like temperature and salinity. The content details methodological applications for conducting area-based management scenarios, such as evaluating marine protected areas and fishing effort redistribution, supported by case studies from deep-sea and coastal systems. It further offers guidance on troubleshooting model configuration, avoiding driver correlation, and systematically validating model outputs to inform robust spatial policy and conservation strategies.
Explore the evolution of urban horticulture research through bibliometric analysis, tracking global trends from community gardens to high-tech solutions.
Discover how ancient DNA from İnönü Cave reveals 5,000-year-old antibiotic resistance and early medical use of coal derivatives.
How the secret relationships in a forest are redefining our understanding of strength and resilience through biodiversity and ecological networks.
Explore the fascinating history of ecology, from ancient philosophers to modern scientists, and discover how our understanding of Earth's household has evolved.
Explore the sophisticated system of serpent knowledge in ancient India that integrated natural observation, medicinal practice, and spiritual insight.
Explore how biotechnology is revolutionizing livestock production through gene editing, reproductive technologies, and cellular agriculture for a more sustainable food system.
Explore Carolyn Merchant's groundbreaking work 'The Death of Nature' and its impact on feminist science history, environmentalism, and ecofeminism.