Short description:

The book describes methods and techniques of spatial data and its use in monitoring agricultural resources, farms management and regional markets. Spatial econometrics models for different data types relevant to statistical units adopted in typical agricultural economics analyses, are introduced.

Long description:

Modern tools, such as GIS and remote sensing, are increasingly used in the monitoring of agricultural resources. The developments in GIS technology offer growing opportunities to agricultural economics analysts dealing with large and detailed spatial databases, allowing them to combine spatial information from different sources and to produce different models. The availability of these valuable sources of information makes the advanced models suggested in the spatial statistic and econometric literature applicable to agricultural economics.

This book aims at supporting stakeholders to design spatial surveys for agricultural data and/or to analyse the geographically collected data.

This book attempts to describe the main typology of agricultural data and the most appropriate methods for the analysis, together with a detailed description of the available data sources and their collection methods. Topics such as spatial interpolation, point patterns, spatial autocorrelation, survey data analysis, small area estimation, regional data modelling, and spatial econometrics techniques are covered jointly with issues arising from the integration of several data types.

The theory of spatial methods is complemented by real and/or simulated examples implemented through the open-source software R.

Table of Contents:

1. Basic Concepts  2. Spatial Sampling Designs  3. Including Spatial Information in Estimation from Complex Survey Data  4. Yield Prediction in Agriculture: A Comparison Between Regression Kriging and Random Forest  5. Land Cover/Use Analysis and Modelling  6. Statistical Systems in Agriculture  7. Exploring Spatial Point Patterns in Agriculture  8. Spatial Analysis of Farm Data  9. Spatial Econometric Modelling of Farm Data  10. Areal Interpolation Methods: The Bayesian Interpolation Method  11. Small Area Estimation of Agricultural Data  12. Cross-sectional Spatial Regression Models for Measuring Agricultural ?-convergence  13. Spatial Panel Regression Models in Agriculture