A demonstration project on water use data collection storage and retrieval system
TECHNICAL PUBLICATION #80-2; January 1980; DRE 108
1980-01
Morial funeral procession with band
Jean Lafitte National Historical Park and Preserve
Prof. Lougleaiv funeral procession
Jean Lafitte National Historical Park and Preserve
Yolanda Lewis holding flower wreath in funeral procession
Jean Lafitte National Historical Park and Preserve
Circa 1985
Processing shed, Duke Homestead and Tobacco Factory, Durham, North Carolina
National Park Service Southeast Regional Office
Duke; Processing Shed
Processing shed, Duke Homestead and Tobacco Factory, Durham, North Carolina
National Park Service Southeast Regional Office
Duke; Processing Shed
Processing shed, Duke Homestead and Tobacco Factory, Durham, North Carolina
National Park Service Southeast Regional Office
Duke; Processing Shed
New Orleans funeral procession
Jean Lafitte National Historical Park and Preserve
Uniformed men in funeral procession
Jean Lafitte National Historical Park and Preserve
Uniformed men in funeral procession
Jean Lafitte National Historical Park and Preserve
Funeral procession in New Orleans
Jean Lafitte National Historical Park and Preserve
Statistical modeling of total phosphorus concentrations measured in south Florida rainfall
Ecological Modelling 116 (1999) 33-44; WRE 358
1999
Groundwater head sampling based on stochastic analysis
WRE-353; Water Resources Research, Vol. 33, No. 12, Pages 2769-2780, December 1997
1997-12
Final report of reverse osmosis appraisal programs at Furnace Creek and Stove Pipe Wells in Death Valley National Monument
National Park Service Water Resources Division; National Park Service
Investigation of Surface Water-Groundwater Interactions at S-7 Pump Station
Technical Publication WS-11; February 2002
2002-02
South Florida Water Management model documentation report
Technical Publication 84-3; Submitted Pursuant to Contract No. DACW17-81-C-0035; December, 1983
1983-12
Developing a Data-Driven Classification of South Florida Plant Communities
A comprehensive, broadly accepted vegetation classification is important for ecosystem
management, particularly for planning and monitoring. South Florida vegetation
classification systems that are currently in use were largely arrived at subjectively and
intuitively with the involvement of experienced botanical observers and ecologists, but with
little support in terms of quantitative field data. The need to develop a field data-driven
classification of South Florida vegetation that builds on the ecological organization has been
recognized by the National Park Service and vegetation practitioners in the region. The present work,
funded by The National Park Service Inventory and Monitoring Program - South Florida/
Caribbean Network (SFCN), covers the first phase of a large project whose a goal is to apply
extant vegetation data to test, and revise as necessary, an existing, widely used classification
(Rutchey et al. 2006), and ultimately to develop the revised classification in the National
Vegetation Classification System format.
2010-04
Generously Supported By
