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- Title
Remote sensing enabled essential biodiversity variables for invasive alien species management: towards the development of spatial decision support system.
- Authors
Saranya, K. R. L.; Satish, K. V.; Reddy, C. Sudhakar
- Abstract
Biological invasions represent a significant and pervasive environmental threat, contributing substantially to global biodiversity decline. This review explores the remote sensing of invasive alien plant species within the context of integration into the Essential Biodiversity Variables framework and Spatial Decision Support System. By analyzing diverse case studies and research findings, this work explains the significance, effectiveness, and challenges of using remote sensing in the management of invasive alien species. Remote sensing provides critical data for habitat mapping, population monitoring, change detection, and invasibility. Remote sensing, when employed in conjunction with field data, ecological modelling, and spatial analyses, plays a critical role in mapping and predicting the distribution of invasive alien species. The synthesis of remote sensing and GIS technologies, along with the Essential Biodiversity Variables framework and Spatial Decision Support System, has been identified as a robust and promising spatial approach for the monitoring, prediction, and management of invasive alien species.
- Subjects
DECISION support systems; INTRODUCED species; REMOTE sensing; BIOLOGICAL invasions; GEOGRAPHIC information systems; BIODIVERSITY; PLANT invasions; ECOLOGICAL models
- Publication
Biological Invasions, 2024, Vol 26, Issue 4, p943
- ISSN
1387-3547
- Publication type
Article
- DOI
10.1007/s10530-023-03240-y