Application of Remote Sensing Technologies for the Delineation and Assessment of Coastal Marshes and their Constituent Species

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Publications

Civco, D.L., M. Gilmore, S. Prisloe, E. Wilson, and J. Hurd. 2007. Application of Remote Sensing Technologies for the Delineation and Assessment of Coastal Marshes and their Constituent Specias. Final Report, Grant LI-97100901, Office of Long Island Sound Programs, NY 61 p.

Gilmore, M., E. Wilson, D. Civco, J. Hurd, S. Prisloe, C. Chadwick, and N. Barret. 2007. Object-oriented Classification and Mapping of Salt Marsh Vegetation Using in situ Radiometry and Multi-seasoanl, High Resolution Satellite Remote Sensing Data. Proc. MultiTemp-2007, Provinciehuis Leuven, Belgium, 7 p.

Civco D.L., J.D. Hurd, S. Prisloe, and M.S. Gilmore. 2006. Characterization of Coastal Wetland Systems Using Multiple Remote Sensing Data Types and Analytical Techniques. Proc.IEEE International Geoscience and Remote Sensing Symposium.

Hurd J.D., D.L. Civco, M.S. Gilmore, S. Prisloe, and E.H. Wilson. 2006. Tidal Wetland Classification from Landsat Imagery Using an Integrated Pixel-based and Object-based Classification Approach. Proc. 2006 ASPRS Annual Conference, Reno, NV, 11 p.

Prisloe, S., E. Wilson, D.L. Civco, J.D. Hurd, and M.S. Gilmore. 2006. Use of LIDAR Data to Aid in Discriminating and Mapping Plant Communities in Tidal Marshes of the Lower Connecticut River: Preliminary Results. Proc. 2006 ASPRS Annual Conference, Reno, NV, 8 p.

Hurd J.D., D.L. Civco, M.S. Gilmore, S. Prisloe, and E.H. Wilson. 2005. Coastal Marsh Characterization Using Satellite Remote Sensing and In Situ Radiometry Data: Preliminary Results. Proc. 2005 ASPRS Annual Convention, Baltimore, MD, 12 p.

Links

	Object-oriented Classification and Mapping of Salt Marsh Vegetation using in situ Radiometry and Multi-seasonal, High Resolution Satellite Remote Sensing Data. - This presentation is about our research that uses high resolution multi-temporal QuickBird satellite imagery, in situ radiometry information, and image segmentation and object oriented classification techniques to map dominant vegetation species in select coastal marshes in Long Island Sound. MultiTemp 2007. 13.8 Mb
	Classification of Coastal Wetland Systems using Multiple Remote Sensing Data Types and Analytical Techniques - This presentation is about our research that uses high resolution multi-temporal QuickBird satellite imagery, in situ radiometry information, and image segmentation and object oriented classification techniques to map dominant vegetation species in select coastal marshes in Long Island Sound. IGARSS 2006. 9.2 Mb
	Classification of Tidal Wetland Communities using Multi-temporal, Single Season QuickBird Imagery - This presentation is about our research that uses high resolution multi-temporal QuickBird satellite imagery, in situ radiometry information, and image segmentation and object oriented classification techniques to map dominant vegetation species in select coastal marshes in Long Island Sound. ASPRS 2006. 4.6 Mb