Journal of Soil and Water Conservation

Precision conservation

The global community faces escalating environmental challenges, including the pervasive impacts of climate change, accelerating biodiversity loss, and widespread degradation of vital soil and water resources. Addressing these complex issues demands conservation strategies that are not only effective but also highly adaptive and efficient, often surpassing the capabilities of traditional, broad-scale approaches. In response to these pressing needs, precision conservation has emerged as a transformative paradigm in natural resource management.

Precision conservation is defined as an approach that leverages data and advanced technology to strategically target conservation efforts to specific areas where they can yield the most significant and efficient outcomes. This method distinguishes itself from conventional conservation practices by utilizing site-specific information to optimize interventions, moving beyond uniform applications. The transition from reactive, generalized interventions to proactive, preventative, and highly targeted strategies necessitates a re-evaluation of existing policies, governance structures, and the nature of stakeholder engagement. Effective implementation of precision conservation requires understanding not only its technical efficacy but also the systemic changes required to support this targeted approach to decision-making.

This special issue of the Journal of Soil and Water Conservation will provide updates on the state of precision conservation science and practice, define thematic boundaries, and provide guidance on future research and practice within the context of soil and water management. The successful implementation and advancement of precision conservation critically depend on the integration of multiple scientific disciplines, including environmental science, data science, engineering, economics, and social sciences. Therefore, research should actively seek to bridge these domains, focusing on holistic solutions and understanding of complex interactions.

Topics of Interest

We invite original research, research briefs, comprehensive reviews, and data notes that address, but are not limited to, these five themes:

• Technological advancements and methodologies: Submissions exploring the development and application of novel sensors, Internet of Things (IoT) devices, and advanced remote-sensing techniques for real-time monitoring of soil health and water quality. Innovative geographic information system (GIS) and spatial modeling approaches for identifying critical source areas, optimizing conservation practice placement, and assessing landscape heterogeneity are also of interest. Papers on the development and validation of decision support systems and user-friendly platforms designed to assist land managers in implementing precision conservation are encouraged.
• Environmental outcomes and impact assessment: Research quantifying the effectiveness of precision conservation in achieving tangible environmental benefits. This includes research on reducing soil erosion, improving water quality, enhancing biodiversity, and quantifying real-world benefits and trade-offs over extended periods.
• Economic viability and socioeconomic dimensions: Comprehensive cost-benefit analyses of precision conservation implementation, encompassing cost savings from optimized input use (e.g., fertilizers or water) and the potential for ecosystem service payments. Research on policy incentives, market mechanisms, farmer perceptions, and other socioeconomic factors influencing practice adoption, diffusion, and long-term sustainability is highly relevant.
• Implementation challenges and case studies: Successful case studies demonstrating the practical application of precision conservation across different scales (e.g., field, farm, and watershed) and geographical contexts, highlighting lessons learned and transferable insights. 
• Policy and governance: Analyses of existing and proposed policy frameworks that either support or hinder the widespread adoption and effectiveness of precision conservation.

These five themes are interconnected. Technological advancements act as the driver for the implementation of precision conservation. The understanding of its environmental and socioeconomic impacts and economic viability sets up the foundation for policy and governance. In turn, policy and governance serve as the framework that dictates economic viability and overcomes implementation challenges. Case studies at different scales across different regions and countries provide the real-world data needed to refine both technology and policy. This special issue attempts to provide a comprehensive understanding of all five themes and their interconnectedness and build the foundation for a paradigm shift in soil and water conservation toward precision conservation to support the development of resilient agroecosystems and landscapes.