- Layer Mapping:
Utilise remote sensing data (satellite imagery, LiDAR, aerial photography, field surveys) and GIS software to map and monitor habitat, biodiversity, and ecosystem health.
Design and create intricate habitat maps using GIS software (QGIS,ArcGIS,or similar).
Refine map symbology,labelling,and layout for clarity and visual impact.
Manage and organise large geospatial datasets effectively.
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Land Use/Land Cover (LULC) Classification:
Create and modify LULC classification using remote sensing data to identify and map different land cover types across the UK / EU / USA landscape.
Select and apply appropriate classification algorithms and techniques based on data characteristics and project goals.
Assess classification accuracy(QA/QC) and uncertainty through validation with ground truth data.
Utilise LULC information to understand habitat distribution,landscape patterns,and changes over time.
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Geospatial Analysis for Habitats:
Conduct spatial analyses to study habitats (UK / EU / USA or other classification standards) at various scales,utilising satellite imagery,LiDAR,and aerial imagery.
Develop and apply advanced habitat mapping techniques tailored to UK / EU / USA ecosystems (heathlands,peatlands,woodlands,coastal environments and others).
Analyse habitat change trends and assess the impact of factors like climate change,land-use intensification,and invasive species.
Create maps of habitat distribution,biodiversity hotspots,and conservation priorities.
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Collaboration and Communication:
Collaborate with field ecologists, data scientists, GIS specialists, and other stakeholders to validate remote sensing data and refine mapping approaches.
Stay abreast of ecological concepts, geospatial technology advancements and integrate them into mapping and monitoring strategies.