This review discusses the field of landscape genetics, which integrates population genetics, landscape ecology, and spatial statistics. Landscape genetics aims to understand how landscape variables influence genetic diversity and population structure by combining high-resolution genetic markers with spatial data and statistical methods. The review highlights the importance of bridging communication gaps between disciplines to fully integrate these fields. It provides a definition of landscape genetics, outlines key research areas, and discusses sampling design, analysis techniques, and future directions. Landscape genetics can help identify barriers to gene flow, source-sink dynamics, and movement corridors, and has applications in conservation and management. The review emphasizes the need for appropriate sampling and analysis methods to address complex landscape genetic questions. It also discusses the importance of considering spatial and temporal scales in genetic studies and the use of spatial interpolation and other techniques to analyze genetic variation. The review concludes that future advances in landscape genetics will depend on the development of new methods to analyze genetic data in the context of spatial and landscape ecology.This review discusses the field of landscape genetics, which integrates population genetics, landscape ecology, and spatial statistics. Landscape genetics aims to understand how landscape variables influence genetic diversity and population structure by combining high-resolution genetic markers with spatial data and statistical methods. The review highlights the importance of bridging communication gaps between disciplines to fully integrate these fields. It provides a definition of landscape genetics, outlines key research areas, and discusses sampling design, analysis techniques, and future directions. Landscape genetics can help identify barriers to gene flow, source-sink dynamics, and movement corridors, and has applications in conservation and management. The review emphasizes the need for appropriate sampling and analysis methods to address complex landscape genetic questions. It also discusses the importance of considering spatial and temporal scales in genetic studies and the use of spatial interpolation and other techniques to analyze genetic variation. The review concludes that future advances in landscape genetics will depend on the development of new methods to analyze genetic data in the context of spatial and landscape ecology.