Conservation planning involves targeted management practices and land use decision-making based on careful analysis of landscape limitations in order to protect soil and water resources. Developing solutions to conservation planning is of worldwide interest due to anticipated population growth, growing demand of feedstocks for biofuels, decreasing freshwater resources, and increasing land degradation in the developed world. Recent advances in geospatial technologies now provide land managers with tools and resources to conserve soil and water resources more efficiently than has ever been possible before.
GIS Applications in Agriculture, Volume 4: Conservation Planning presents approaches developed by leading researchers working at the intersection of conservation and spatial technologies. Among others, the technologies include global positioning systems (GPS), geographic information systems (GIS), Internet mapping technologies, remote sensing, and various modeling applications. These advances allow improved prediction of soil erosion and environmental effects, better prioritization of land for conservation initiatives and funding, and enhanced prediction of the impact of management practices on natural resources. They also facilitate the development of conservation management plans and improve the accessibility of conservation knowledge and tools.
The strategies presented are designed to provide the greatest benefit to preserving natural resources while reducing economic expenses. Each chapter includes a detailed background on the specific topic, with case studies describing the design and implementation of the solution. Readers are guided through step-by-step exercises to gain experience in executing the conservation practice. Substantial online data and modeling are available that can be immediately implemented or modified to suit users’ needs. The exercises are accessible enough to be used in the classroom, yet detailed enough for self-instruction by highly motivated professionals active in developing conservation plans.
Geospatial Technologies for Conservation Planning: An Approach to Build More Sustainable Cropping Systems; G.F. Sassenrath, T.G. Mueller, and J.M. Schneider
Soil Surveys, Vegetation Indices, and Topographic Analysis for Conservation Planning; T.G. Mueller, D. Zourarakis, G.F. Sassenrath, B. Mijatovic, C. Dillon, E. Gianello, R. Barbieri, M. Rodrigues, E.A. Rienzi, and G.D. Faleiros
Identification and Analysis of Ravines in the Minnesota River Basin with Geographic Information System; S. Wing, D.J. Mulla, and J. Nelson
Siting Multiple Conservation Practices in a Tile-Drained Watershed Using LiDAR Topographic Data; M.D. Tomer, D.E. James, J.A. Kostel, and J. Bean
Erosion Modeling in 2D with Revised Universal Loss EquationVersion 2: A Tool for Conservation Planning; S.M. Dabney, D.C. Yoder, and D.A.N. Vieira
Application of Geographical Information System and Terrain Analysis for Designing Filter Strips; M.G. Dosskey, S. Neelakantan, T. Mueller, T. Kellerman, and E. Rienzi
Modeling Landscape-Scale Nitrogen Management for Conservation; J.C. Ascough II and J.A. Delgado
Use of Advanced Information Technologies for Water Conservation on Salt-Affected Soils; D.L. Corwin
Resource Management in Rangeland; D.T. Booth and S.E. Cox
Landscape Tension Index; B.D. Lee, J. Adams, and S.D. Austin
Prioritizing Land with Geographic Information System for Environmental Quality Incentives Program Funding; D. Özgöç Çaglar and R.L. Farnsworth
Integrating Land Use Change Influences in Watershed Model Simulations; N. Pai and D. Saraswat
Combining Landscape Segmentation and Agroecosystem Simulation Model; X. Wang, P. Tuppad, and J. Williams
Spatial Economics Decision-Making Guide for Conservation Reserve Program Enrollment; C.R. Dillon, J.M. Shockley, and J.D. Luck