CONTENTS Chapter 1: GEOLOGY AND CLIMATE OF FIRE ISLAND Methods Chapter 2: VEGETATIONAL PATTERNS OF THE ATLANTIC BARRIER ISLANDS Vegetational Zonation Chapter 3: VEGETATIONAL PATTERNS OF THE SUNKEN FOREST AREA Methods Chapter 4: SUCCESSIONAL RELATIONSHIPS Chapter 5: BIOMASS, PRODUCTION, AND SURFACE AREA RELATIONSHIPS Methods Chapter 6: A COMPARISON WITH OTHER MARITIME FORESTS Chapter 7: BIOGEOCHEMICAL RELATIONSHIPS: INTRASYSTEM COMPONENTS Organic Compartment Chapter 8: BIOGEOCHEMICAL RELATIONSHIPS: INTRASYSTEM TRANSFERS Weathering Chapter 9: BIOGEOCHEMICAL RELATIONSHIPS: INTERSYSTEM CYCLES Methods Chapter 10: GENERAL SUMMARY AND CONCLUSIONS Appendix I: Dune-swale and Sunken Forest Vegetational Analysis Methods and Data (PDF) Appendix II: Dimension Analysis of Woody Plants Data (PDF) Appendix III: Cation Concentrations and Distributions in Biomass, Primary Production, and Soils (PDF) Appendix IV: Period Collection Data (PDF) Appendix V: Scientific and Common Names INDEX (omitted from the online edition)
TABLES 2 Dune and swale community total vegetation cover 3 Herb analyses 4 Tree analysis 5 Shrub analysis 6 Transect Y 7 Dead tree analysis 8 Tree density distributions 9 Tree basal area distributions 10 Tree ages 11 Ecosystem analysis plot, trees and shrub layers 12 Ecosystem analysis plot, trees herbaceous layer cover 13 Summary of biomass, production, and dimension relations 14 Dimension relations, biomass, and production distribution of tree layer 15 Shrub layer dimension relations and biomass distribution 16 Biomass distribution and primary production 17 Organic debris 18 Litter fall in basket collectors 19 Summary of cations in the organic compartment 20 Herbaceous layer biomass and nutrient inventory 21 Cation distributions 22 Summary of cations 23 Cations in the primary production 24 Annual cation transfers 25 Meteorologic inputs 26 Cation concentrations and ratios in the nutrient cycle 27 Cation concentrations of some temperate region soil horizons 28 Comparisons of cation concentrations 29 Cation concentrations in the biomasses of forested ecosystems 30 Leaching and litter fall 31 Annual cation sources A-1 Vegetational analysis FIGURES 2 Fire Island stratigraphy well 3 Fire Island inlet 4 Fire Island transect 5 Barrier beach hydrology 6 Precipitation and water table relations 7 Climatic maps of the Eastern United States 8 Mean relative humidity and temperature 9 Offshore wind distribution 10 Onshore wind distribution 11 Salt-pruned American holly 12 Coastal forest species distribution 13 Coastal dune species distribution 14 Vegetation map of the Sunken Forest area 15 Aerial photograph of the Sunken Forest 16 Annual plants growing in drift line 17 Beachgrass on seaward face of the primary dune 18 Beach plum and bayberry in the salt-wind shadow 19 Bearberry forming a dense spreading mat 20 Hudsonia tomentosa and Solidago sempervirens 21 Transect A species cover 22 Transect A cover, space, and diversity 23 A SO-year old pitch pine 24 The crest of the secondary dune 25 The salt-pruned, flat top of the Sunken Forest canopy 26 American holly, black gum, sassafras, and shadbush 27 Aralia nudicaulis in bloom 28 Annual litter fall 29 Smilacina stellata in bloom 30 Swamp honeysuckle 31 Dead and dying Nyssa sylvatica 32 Salt marsh 33 Salt marsh transect 34 Stumps in the Great South Bay 35 Dredge Island 36 Successional trends 37 Arctostaphylos and Hudsonia 38 Tree diameter and height relationships 39 Excavated root system of a Shadbush 40 Branches of a mature American holly 41 Soil organic matter, exchangeable cations, and cation exchange capacity relations 42 Model of nutrient cycling in terrestrial ecosystems 43 Amounts of cations in litter fall 44 Amounts of cations in gross leaching 45 Precipitation cation inputs 46 Wind direction during rain 47 Ground-water cation concentrations A-1 Vegetation sampling methods D-1 Precipitation distribution D-2 Cation concentrations in precipitation D-3 Annual wood and bark litter fall D-4 Annual litter fall D-5 Litter fall: Fruits and flowers D-6 Gross leaching cation concentrations D-7 Gross leaching cation concentrations
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