Results regarding seagrass species abundance, distribution, and zonation over time are presented for the 1997-2005 period in Hillsborough Bay (HB, Figures 17-27) and the 1998-2005 period for Old Tampa Bay (OTB, Figures 3-14), Middle Tampa Bay (MTB, Figures 29-41), Lower Tampa Bay, including Terra Ceia Bay (LTB, Figures 43-57), and Boca Ciega Bay (BCB, Figures 59-69). For each transect, results are presented in a graphic format illustrating annual species composition, abundance, and distribution. Seagrass abundance is presented as percent coverage within a square meter using the Braun Blanquet coverage class system
In this bay segment, seagrass cover has increased from near zero in 1984 to about 40 ha in 1996. Th...
In 1995, the Tampa Bay Estuary Program adopted a goal of restoring seagrass areal coverage to 1950s ...
The study documents seagrass patch dynamics over large spatial extents in Tampa Bay, Florida. Using ...
Results regarding seagrass species abundance, distribution, and zonation over time are presented for...
Results regarding seagrass species abundance, distribution, and zonation over time are presented for...
Results regarding seagrass species abundance, distribution, and zonation over time are presented for...
Results regarding seagrass species abundance, distribution, and zonation over time are presented for...
This paper presents a general overview of the Tampa Bay Interagency Seagrass Monitoring Program and ...
In 1997, the TBEP coordinated the creation of a bay-wide fixed transect seagrass monitoring program....
This paper presents trends in percent frequency of occurrence (PFOC) of submerged aquatic vegetation...
This report contains a summary and analysis of data from a seagrass transect monitoring project begu...
To insure quality assurance of the data collected among the various agencies, a training session is ...
Historical (pre-1930s) seagrass meadows in Tampa Bay are believed to have covered 31,000 ha of the s...
Comparison of recent (1986) and earlier (1983) aerial photography indicated that an apparent recover...
In 1995, the Tampa Bay Estuary Program adopted a goal of restoring seagrass areal coverage to 1950s ...
In this bay segment, seagrass cover has increased from near zero in 1984 to about 40 ha in 1996. Th...
In 1995, the Tampa Bay Estuary Program adopted a goal of restoring seagrass areal coverage to 1950s ...
The study documents seagrass patch dynamics over large spatial extents in Tampa Bay, Florida. Using ...
Results regarding seagrass species abundance, distribution, and zonation over time are presented for...
Results regarding seagrass species abundance, distribution, and zonation over time are presented for...
Results regarding seagrass species abundance, distribution, and zonation over time are presented for...
Results regarding seagrass species abundance, distribution, and zonation over time are presented for...
This paper presents a general overview of the Tampa Bay Interagency Seagrass Monitoring Program and ...
In 1997, the TBEP coordinated the creation of a bay-wide fixed transect seagrass monitoring program....
This paper presents trends in percent frequency of occurrence (PFOC) of submerged aquatic vegetation...
This report contains a summary and analysis of data from a seagrass transect monitoring project begu...
To insure quality assurance of the data collected among the various agencies, a training session is ...
Historical (pre-1930s) seagrass meadows in Tampa Bay are believed to have covered 31,000 ha of the s...
Comparison of recent (1986) and earlier (1983) aerial photography indicated that an apparent recover...
In 1995, the Tampa Bay Estuary Program adopted a goal of restoring seagrass areal coverage to 1950s ...
In this bay segment, seagrass cover has increased from near zero in 1984 to about 40 ha in 1996. Th...
In 1995, the Tampa Bay Estuary Program adopted a goal of restoring seagrass areal coverage to 1950s ...
The study documents seagrass patch dynamics over large spatial extents in Tampa Bay, Florida. Using ...