This paper reviews some early results on a method adopted in mapping seagrass using Landsat-5 Thematic Mapper data. Seagrass information was extracted from satellite remotely sensed data using depth invariant index (DII) where the sea bottom features were expressed as index (i.e. each bottom type was represented by one index). DII was determined from radiance values recorded in band 1, 2 and 3 which taking into account the effect of water attenuation. Sea truth samples collected during the satellites overpass were used in calibrating DII and an independent accuracy assessment of information extracted
Seagrass habitats are characteristic features of shallow waters worldwide and provide a variety of e...
The substrate DN signatures were extracted from the Landsat 5 TM image for field survey locations of...
Seagrass mapping in Florida provides important information about the spatial distribution and densit...
This review introduces practical mapping methods of seagrass beds by satellite remote sensing with g...
Seagrass has an important role in coastal areas, so it’s sustainability need to be maintained. One e...
Management of seagrass ecosystem requires availability of information on the actual condition of sea...
Decline of seagrasses has been documented in many parts of the world. Reduction in water clarity, th...
Seagrass habitats provide a variety of ecosystem functions thus monitoring of seagrass habitat is a ...
In the event of a natural or anthropogenic disturbance, environmental resource managers require a re...
Creating accurate maps of seagrass cover is a challenging procedure in coastal waters with variable ...
In this paper, we introduced a new approach for absolute seagrass biomass determination using remote...
In the event of a natural or anthropogenic disturbance, environmental resource managers require a re...
Satellite remote sensing is an advanced tool used to characterize seagrass biomass and monitor chang...
A supervised classification was applied to a Landsat TM5 image. This image was acquired 9:40 am, on ...
This paper describes seagrass and ocean colour mapping off Peninsular Malaysia. The seagrass were ex...
Seagrass habitats are characteristic features of shallow waters worldwide and provide a variety of e...
The substrate DN signatures were extracted from the Landsat 5 TM image for field survey locations of...
Seagrass mapping in Florida provides important information about the spatial distribution and densit...
This review introduces practical mapping methods of seagrass beds by satellite remote sensing with g...
Seagrass has an important role in coastal areas, so it’s sustainability need to be maintained. One e...
Management of seagrass ecosystem requires availability of information on the actual condition of sea...
Decline of seagrasses has been documented in many parts of the world. Reduction in water clarity, th...
Seagrass habitats provide a variety of ecosystem functions thus monitoring of seagrass habitat is a ...
In the event of a natural or anthropogenic disturbance, environmental resource managers require a re...
Creating accurate maps of seagrass cover is a challenging procedure in coastal waters with variable ...
In this paper, we introduced a new approach for absolute seagrass biomass determination using remote...
In the event of a natural or anthropogenic disturbance, environmental resource managers require a re...
Satellite remote sensing is an advanced tool used to characterize seagrass biomass and monitor chang...
A supervised classification was applied to a Landsat TM5 image. This image was acquired 9:40 am, on ...
This paper describes seagrass and ocean colour mapping off Peninsular Malaysia. The seagrass were ex...
Seagrass habitats are characteristic features of shallow waters worldwide and provide a variety of e...
The substrate DN signatures were extracted from the Landsat 5 TM image for field survey locations of...
Seagrass mapping in Florida provides important information about the spatial distribution and densit...