Vegetation dynamics on eroding to accreting beach‐foredune systems, Florida panhandle

Vegetation dynamics on eroding to accreting beach‐foredune systems, Florida panhandle

Source :

• Earth Surface Processes and Landforms [ 0197-9337 ] ; 2013-09-30.

English descriptors

• KwdEn :
  • Academic press, Accreting, Accreting beaches, Accretion, Average rate, Average wave heights, Beach erosion, Beach state, Beach width, Canadian journal, Ceratiola ericoides, Cheng, Coastal, Coastal dune system, Coastal dunes, Coastal foredune, Coastal foredunes, Coastal research, Coastal vegetation, Copyright, Critical factors, Dissipative beach, Distribution evenness, Diversity index, Dominant species, Dune, Dynamics, Earth surf, Earth surface processes, Ecological studies, Environmental protection, Erosion, Erosion rates, Erosional, Erosional sites, Excellent proxy evidence, Fdep profile, Florida department, Florida panhandle, Foredune, Foredune crest, Foredune development, Foredune height, Foredune profiles, Foredune species richness, Foredunes, Full profile, Geomorphology, Gulf county, Gulf county shoreline, Hesp, High temperatures, Higher index values, Historical data, Hydrocotyle bonariensis, Important species, Incipient foredunes, Index values, Inset diagram, January, John wiley sons, Joseph peninsula, Landforms, Landward, Larger dunes, Late successional species, Leeward dune, Louisiana state university, Marine geology, Martinez, Miot, Oenothera humifusa, Older dunes, Older landward dunes, Other profile, Other profiles, Other species, Overwash disturbance, Paniculata, Pioneer species, Plant species, Profile, Profile similarities, Prograding, Prograding beaches, Prograding coasts, Prograding profiles, Prograding sites, Psuty, Relative importance, Salt spray, Sand dunes, Seaward, Seaward extent, Sediment, Sediment supply, Shoreline, Shoreline change rates, Shoreline dynamics, Shoreline positions, Shrub species, Significant difference, Silva, Site photograph, Species presence, Species richness, Stoss slopes, Stronger relationships, Study area, Study period, Study site, Successional, Successional species, Surf, Tall foredune, Tallest foredunes, Topographic, Topographic profile, Topographic survey, Topographic surveys, Total number, Uniola, Uniola paniculata, Vegetation, Vegetation dynamics, Vegetation patterns, Vegetation science, Vegetation species, Vegetation survey, Vegetation surveys, Vegetation zonation, Vertical axis displays, Wave heights, Winter months, Zonation.
• Teeft :
  • Academic press, Accreting, Accreting beaches, Accretion, Average rate, Average wave heights, Beach erosion, Beach state, Beach width, Canadian journal, Ceratiola ericoides, Cheng, Coastal, Coastal dune system, Coastal dunes, Coastal foredune, Coastal foredunes, Coastal research, Coastal vegetation, Copyright, Critical factors, Dissipative beach, Distribution evenness, Diversity index, Dominant species, Dune, Dynamics, Earth surf, Earth surface processes, Ecological studies, Environmental protection, Erosion, Erosion rates, Erosional, Erosional sites, Excellent proxy evidence, Fdep profile, Florida department, Florida panhandle, Foredune, Foredune crest, Foredune development, Foredune height, Foredune profiles, Foredune species richness, Foredunes, Full profile, Geomorphology, Gulf county, Gulf county shoreline, Hesp, High temperatures, Higher index values, Historical data, Hydrocotyle bonariensis, Important species, Incipient foredunes, Index values, Inset diagram, January, John wiley sons, Joseph peninsula, Landforms, Landward, Larger dunes, Late successional species, Leeward dune, Louisiana state university, Marine geology, Martinez, Miot, Oenothera humifusa, Older dunes, Older landward dunes, Other profile, Other profiles, Other species, Overwash disturbance, Paniculata, Pioneer species, Plant species, Profile, Profile similarities, Prograding, Prograding beaches, Prograding coasts, Prograding profiles, Prograding sites, Psuty, Relative importance, Salt spray, Sand dunes, Seaward, Seaward extent, Sediment, Sediment supply, Shoreline, Shoreline change rates, Shoreline dynamics, Shoreline positions, Shrub species, Significant difference, Silva, Site photograph, Species presence, Species richness, Stoss slopes, Stronger relationships, Study area, Study period, Study site, Successional, Successional species, Surf, Tall foredune, Tallest foredunes, Topographic, Topographic profile, Topographic survey, Topographic surveys, Total number, Uniola, Uniola paniculata, Vegetation, Vegetation dynamics, Vegetation patterns, Vegetation science, Vegetation species, Vegetation survey, Vegetation surveys, Vegetation zonation, Vertical axis displays, Wave heights, Winter months, Zonation.

Abstract

• https://api.istex.fr/document/F762E193B93C586D54187F306FC4CDC90F7C60E3/fulltext/pdf

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