Ecological Restoration of Agricultural Landscapes for Enhancing Habitat Connectivity and Biodiversity

Abstract

The agricultural landscape is highly fragmented due to intensive farming, urbanization and land-use change and this is a major driver of habitat loss, biodiversity loss and loss of ecosystem resilience. Ecological connectivity, thus, is a key element of sustainable food production needed to maintain biodiversity and ecosystem services in agricultural systems. This paper suggests an Integrated Ecological Restoration Framework for integrating Ecological Restoration Strategy and modern Digital Technologies to improve habitat connectivity and landscape sustainability. The framework incorporates landscape assessment, biodiversity mapping, ecological corridor planning, habitat restoration and adaptive management through Geographic Information Systems (GIS) and Remote Sensing, Artificial Intelligence (AI), Internet of Things (IoT) and intelligent decision-support systems. The ecological indicators used in a comparative performance evaluation were habitat connectivity, biodiversity conservation, soil health, ecosystem services, climate resilience and sustainable agricultural productivity. The proposed framework has achieved significant gains in comparison to traditional farming, including 91% habitat connectivity, 90% conservation of biodiversity, 89% soil health, 91% enhancement of ecosystem services, 88% climate resilience, and 93% sustainable agricultural productivity. These findings demonstrate that combination of ecological restoration with the use of smart monitoring technologies is a very effective approach for enhancing ecosystem resilience and ensuring long-term sustainability of agricultural production. The framework proposed is scalable and technology-driven, and will allow for a restored landscape that will support biodiversity conservation and foster climate-resilient agriculture by policy, research and agricultural stakeholders.