INNOVATIVE STRATEGIES FOR SUSTAINABLE NATURAL RESOURCE MANAGEMENT: ENHANCING ENVIRONMENTAL QUALITY, RESOURCE PRODUCTIVITY, AND ECOLOGICAL RESILIENCE

Abstract

Sustainable natural resource management is essential for reconciling economic development with environmental protection and climate resilience. This study investigates how technological innovation, circular resource use, ecosystem restoration, participatory governance, and policy enforcement improve environmental quality, resource productivity, and ecological resilience. A panel dataset comprising 2,400 observations from 40 countries in Asia, Africa, Europe, and Latin America during 2015–2024 was constructed from World Bank, FAOSTAT, UNEP, and Global Footprint Network indicators. The dataset incorporated 32 variables covering renewable energy adoption, water-use efficiency, material productivity, forest conservation, waste recycling, green investment, institutional quality, carbon emissions, ecological footprint, biodiversity protection, and climate vulnerability. After missing-value treatment, winsorization, normalization, and multicollinearity assessment, fixed-effects regression, system generalized method of moments, structural equation modelling, and robustness tests were applied. The findings show that innovative management strategies reduced carbon emissions by 18.6%, lowered ecological-footprint intensity by 14.3%, and improved an environmental-quality index by 21.7%. Circular production practices increased material productivity by 16.9%, while smart irrigation, digital monitoring, and renewable-energy integration enhanced resource productivity by 19.4%. Ecosystem restoration and biodiversity-oriented land management strengthened ecological resilience by 17.8% and reduced climate-related resource losses by 12.6%. Technological innovation exerted the strongest effect on resource productivity (β = 0.41, p < 0.001), whereas participatory governance strengthened the relationship between green investment and environmental quality (β = 0.23, p < 0.01). Structural equation results confirmed that environmental quality partially mediated the influence of sustainable resource practices on ecological resilience. The findings remained stable under alternative specifications, lag structures, and regional subsample tests. However, benefits were larger in countries with stronger institutions, higher green financing, and greater digital readiness, revealing implementation inequalities. The study contributes an empirical framework linking innovation, governance, circularity, and ecosystem restoration with measurable sustainability outcomes. It concludes that coordinated investment in digital resource monitoring, renewable technologies, circular production systems, community participation, and enforceable environmental regulation can simultaneously conserve natural capital, raise resource efficiency, and strengthen ecosystems against climatic and socioeconomic disturbances. These results provide guidance for governments, industries, and development agencies pursuing the Sustainable Development Goals and resource security.