Microbiology Holding Time Study for Water Quality Assessments -
Florida Dept. of Environmental Protection, Bureau of Laboratories, 2013. This report describes a study conducted by the Florida Department of Environmental Protection (DEP) from 2008-2011 to
investigate the effects of increasing holding time beyond 8 hours to 24 or 30 hours prior to laboratory analysis of fecal coliform, Escherichia coli, and enterococci. (PDF file size 2.0 MB)
Bathing Beach Fecal Indicator Depth Study - Florida Dept. of Environmental
Protection, Bureau of Laboratories. 2012. This report describes a two-year study of two bathing beaches (Carrabelle Beach and Mashes Sands Beach) in North Florida investigating the influence of
spatial sampling along the beach front (three locations plus a control station) and distance from the beach as identified by ankle, knee, and waist sampling on indicator bacteria (fecal
coliform and enterococci) recoveries, and the potential impacts of sampling multiple locations and multiple depths on the identification of Impaired Waters of
the State. (PDF file size 1.26 MB)
Methods of Hester-Dendy Multiplate Sampler Deployment - Florida Dept. of Environmental Protection, Bureau of Laboratories.
2006. A review of different deployment techniques for Hester-Dendy multiplate samplers, specifically a comparison between floating
platforms and submerged blocks. (PDF file size 350 kb)
Statistical Analysis of Surface Water Quality Specific Conductance Data - Florida Dept of Environmental Protection, Bureau
of Labs, Biology Section. The Triennial Review Committee of Florida Department of Environmental Protection (FDEP) requested the
Biology Section to evaluate scientific evidence to support or reject the need to revise the Surface Water Quality Standard for
Specific Conductance. This document was written in response to that request. (PDF file size 2.25 MB)
Appendix 3 Data
MSIIT Guidance Document - Technical Guidance Document for Conducting the Florida Department of Environmental Protection’s
Protocols for Determining Major-Seawater-Ion Imbalance Toxicity (MSIIT) in Membrane-Technology Water-Treatment Concentrate, 73 pp.
May 2004. Documents the development of a set of protocols for determining major-seawater-ion toxicity in membrane-technology
water-treatment concentrate, or reject water. (PDF file size 520 KB)
Salinity Tolerance SETAC Poster
- Low-Salinity Toxicity Tests with the Mysid Shrimp (Americamysis Bahia) and Drinking Water Facility Concentrates: Is Salinity
Stress an Issue? (SETAC Poster)
Fla. Dept. Environmental Protection,
Bureau of Laboratories. 1995.
Protocols for determining Major-seawater-ion toxicity in membrane-technology water-treatment
concentrate. 26 pp. [unpublished report] [This document contains the results of a study to determine methods for identifying
toxicity to marine animals resulting from an 'imbalance' of the major seawater ions. The report includes the rationale for the
method, the results of the study, and the methods allowing one to determine whether toxicity in a sample results solely from major
seawater ion imbalance, solely from 'other' toxics, or from a combination of the two causes.
zip file contains 2 files; the RO
report in .pdf, the ion calculation spreadsheet in Excel format.
RO SOPs can be found in the list of
Internal Biology SOPs. Search by Category and choose Toxicity-RO Methods.
Ross, L. T. 1990.
Methods for aquatic biology. Fla. Dept. Environmental Regulation, Tech. Ser. 10(1). 47 pp. (PDF file size 1.6MB)
Ross, L. T., L. A. Olsen, and L. Groeneveld.
The relationship between Jackson turbidity units and nephelometric turbidity units, as determined from
various Florida sediment samples. 11 pp. [unpublished report of the Fla. Dept. Environmental Regulation, Div. Environmental Programs]
(PDF file size 365kb)