Abstract:

This dataset includes October 2013 field measurements that complement marsh sediment and water samples collected for characterization of microbial diversity in Louisiana marshes, a component of a longitudinal study. Water samples collected offshore from the marsh vegetation edge and sediment samples collected both inland and 1-2m offshore from the marsh vegetation edge are supported by meter data for parameters including water physicochemistry and weather measurements, as well as other field observations. Complementary bacterial community composition datasets from October 2013 marsh sediment samples are reported separately (R1.x139.143:0019).

Suggested Citation:

Engel, Annette. 2016. Field data supporting study of temporal changes in microbial diversity from Louisiana marsh sediment, October 2013. Distributed by: GRIIDC, Harte Research Institute, Texas A&M University–Corpus Christi. doi:10.7266/N7RB72JB

Purpose:

To report the physical parameters and field conditions during marsh sediment and water sampling in October 2013

Data Parameters and Units:

Sample trip (Month Year), Site number (CWC site number), Location (Latitude-decimal degrees Longitude-decimal degrees), Description (a geographic description of the sampling site), Collection date (Day-Month-Year), Time of collection (Start-End), Water pH, Water temperature (degrees Celsius), Water salinity (ppt), Dissolved oxygen, surface (mg/L), Dissolved oxygen, bottom (mg/L), Photosynthetically active radiation (PAR, uMol/m2/s), Solar radiation (W/m2), Ultraviolet (UV) A&B light Intensity (uMol/m2/s), Average wind speed (mph), Air temperature (degrees Celsius), Relative humidity (%), Heat index (degrees Celsius), additional notes about field conditions and sediment collection

Instruments:

Fisher Scientific accumet AP115 portable pH/ORP meter; YSI Inc. 85 (conductivity, salinity, dissolved oxygen and temperature) or Fisher Scientific accumet AP75 (conductivity; total dissolved solids, temperature); Kestrel 3500 weather meter (wind speed, temperature, wind chill, relative humidity, heat stress, dew point, wet bulb temperature, barometric pressure, pressure trend, altitude); Spectrum Technologies, Inc. Field Scout Light Sensor Reader with UV Sensor (UV A&B intensity); Spectrum Technologies, Inc. Field Scout Light Sensor Reader with Quantum Light Sensor (PAR SUN); Spectrum Technologies, Inc. Model IQ 150 Soil pH meter (pH, temperature).

Individual Files: