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Sediment slurries - Science/Research - Photo (JPG)


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Sediment slurries
Sediment slurries in 125 mL Erlenmeyer flasks capped with rubber stoppers to prevent gas exchange for indirect measurements of denitrification using acetylene inhibition techniques

Sediment slurries Sediment slurries in 125 mL Erlenmeyer flasks capped with rubber stoppers to prevent gas exchange for indirect measurements of denitrification using acetylene inhibition techniques sediments,slurries,flasks,experimental,design,gas,exchange,denitrification,analysis,acetylene,inhibition,techniques,UMCES

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Sediment slurries
Sediment slurries in 125 mL Erlenmeyer flasks capped with rubber stoppers to prevent gas exchange for indirect measurements of denitrification using acetylene inhibition techniques
Grinding with mortar and pestle Samples are ground with mortar and pestle mortar,pestle,grinding,samples,sample,preparation,research,laboratory,equipment,Crassostrea virginica,UMCES Ground oyster tissue and tin capsule For stable isotope analysis, small subsamples of homogenously ground oyster tissues in the scintillation vial are placed in the tin capsule, held by the forceps. research,oyster,tissues,stable,isotope,analysis,sample,preparation,vials,capsules,UMCES Cubitainers filled with water samples Cubitainers filled with water samples for nutrient and plankton analysis cubitainers,water,samples,sample,preparation,containers,jugs,replicates,UMCES Sediment slurries Sediment slurries in 125 mL Erlenmeyer flasks capped with rubber stoppers to prevent gas exchange for indirect measurements of denitrification using acetylene inhibition techniques sediments,slurries,flasks,experimental,design,gas,exchange,denitrification,analysis,acetylene,inhibition,techniques,UMCES Ground oyster tissue Oysters deployed as biological indicators of nitrogen source were dried and then ground for stable nitrogen isotope analysis. Muscle tissue is on the left, gills are in the middle, and mantle tissues are on the right. oysters,biological indicators,muscle,gills,mantle,sample,preparation,ground,tissues,homogenization,UMCES Calipers measurement,tools,calipers,research
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File information
Filename:iil_ian_bf_156.JPG
Album name:bfertig / Science/Research
Keywords: sediments, slurries, flasks, experimental, design, gas, exchange, denitrification, analysis, acetylene, inhibition, techniques, UMCES
Author Name:Ben Fertig
Author Company:IAN, UMCES
Date created (MM/DD/YYYY):01/21/2011
Media Type:Photo
File Size:2605 KB
Date added:Mar 16, 2008
Dimensions:2576 x 1952 pixels
Displayed:58 times
Downloaded:1 times (Details)
Image Description:Sediment slurries in 125 mL Erlenmeyer flasks capped with rubber stoppers to prevent gas exchange for indirect measurements of denitrification using acetylene inhibition techniques
Color Space:sRGB
Components Configuration:YCbCr
Compressed Bits Per Pixel:1.71330885348
Contrast:0
Date Time:2008:03:16 13:46:09
DateTime Original:2007:07:21 12:25:25
DateTime digitized:2007:07:21 12:25:25
Digital Zoom Ratio:1
Exif Image Height:1952 pixels
Exif Image Width:2576 pixels
Exif Interoperability Offset:9912
Exif Offset:624
Exif Version:version 2.2
Exposure Bias:0 EV
Exposure Program:Program
Exposure Time:1/64 sec
FNumber:f 2.91
Flash:Flash, Auto-Mode
Flash Pix Version:version 1
Focal length:6.25 mm
Gain Control:183
ISO:100
Light Source:Unknown: 4
Make:Hewlett-Packard
Max Aperture:f 2.9
Metering Mode:Average
Model:Photosmart M417
Orientation:Normal (O deg)
Resolution Unit:Inch
Saturation:0
Scene Capture Mode:0
Sharpness:2
Software:Adobe Photoshop CS2 Windows
X Resolution:72
Y Resolution:72
YCbCrPositioning:Datum Point
IPTC Title:Sediment slurries
IPTC Copyright:This image is copyright to the author, however it is made available for free for any purpose so long as the appropriate image cr
IPTC Keywords:sediments,slurries,flasks,experimental design,gas exchange,denitrification analysis,acetylene inhibition techniques
URL:http://ian.umces.edu/imagelibrary/displayimage-1765.html
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