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SEFSC Metadata Library > POPULATION & ECOSYSTEMS MONITORING DIV > Galveston Fisheries Ecology Projects > Fishery Ecology Branch Growth Experiments > FEB Growth Experiments >

White_Shrimp.csv

Entity (ENT)  |  Southeast Fisheries Science Center (SEFSC)
GUID: gov.noaa.nmfs.inport:56582  |  Updated: August 9, 2022  |  Published / External 
Summary
Item Identification
Entity Info
Data Attributes
Catalog Details

Summary

Abstract

Growth Of White Shrimp

Description

Growth Of White Shrimp

Entity Information

Entity Type
Data Table

Data Attribute / Type Description
Date Initiated
Date 		Date The Experiments Started )
Date Terminated
Date 		Date The Experiments Ended
Project Name
Character 		Name Of The Experiment Being Conducted
Location
Character 		Location Of Where Experiments Took Place
Treatment
Character 		Scientific Treatment Made
Mesocosm Type
Character 		A description of the Mesocosm Established
Mesocosm Number
Character 		Identifies which Sequential Specific Mecocosm Was Used for Data Collection
Initial TL mm
Numeric 		Initial Total Length in mm
Final TL mm
Numeric 		Final Total Length in mm
Daily Growth (mm d-1)
Numeric 		Calculated Daily Length Growth rate in mm / day
Estimated Initial Weight (mg)
Numeric 		Estimated Initial Weight (mg)
Final Weight (mg)
Numeric 		Final Weight (mg
Daily Growth (mg d-1)
Numeric 		Daily Weight Growth rate in mg per day
Mean Salinity
Numeric 		Mean Salinity
Mean Temperature (oC)
Numeric 		Mean Temperature in degrees celcius
Flood Duration (%time)
Numeric 		% of time that things were at flood stage
Total Penaeid Biomass (g)
Numeric 		Total Paneid Biomass in grams
Total Crustacean Biomass (g)
Numeric 		Total Crustacean Biomass in grams
Total Predator Biomass (g)
Numeric 		Total Predator Biomass in grams
Total Recovered Nekton Biomass (g)
Numeric 		Total Recovered Nekton Biomass in grams
Annelid Infauna Biomass (dry wt, mg)
Numeric 		Annelid Infauna Biomass dry weight, in mg
Crustacean Infauna Biomass (dry wt, mg)
Numeric 		Dry Weight biomass in mg Crustacean Infauna
Citation
Character 		Indicates Which journal article(s) use the data from this record. Please note that if the data is used in two articles, then this value will just use Author Name and Year for each article. This value is blank if data is not used in any of the three journal articles that are part of this data set

Child Items

No Child Items for this record.

Contact Information

No contact information is available for this record.

Please contact the owner organization (SEFSC) for inquiries on this record.

Item Identification

Title: White_Shrimp.csv
Short Name: White Shrimp Data
Abstract:

Growth Of White Shrimp
Purpose:

Data Through 2007 is for Rozas, L. P., and T. J. Minello. 2011. Variation in penaeid shrimp growth rates along an estuarine salinity gradient: implications for managing river diversions. Journal of Experimental Marine Biology and Ecology 397(2):196-207. 

Data From 08/2011 is for Deep Water Horizon Growth Experiments and its related paper. Extra supplemental files were created by manipulations of

Rozas, L. P., and T. J. Minello. 2011. Variation in penaeid shrimp growth rates along an estuarine salinity gradient: implications for managing river diversions. Journal of Experimental Marine Biology and Ecology 397(2):196-207. 
Supplemental Information:

GISP Terrace Growth Experiments: Grass shrimp Columns For October 10, 2002 experiment only: Data represent means for each mesocosm because daggerblade grass shrimp (5 per mesocosm) were batch marked in these experiments. For Columns Final TL mm

Daily Growth (mm d-1)

Estimated Initial Weight (mg)

Final Weight (mg)

Daily Growth (mg d-1)

Entity Information

Entity Type: Data Table
Description:

Growth Of White Shrimp

Data Attributes

Attribute Summary

Rubric Score Primary Key? Name Type Description
100
 Date Initiated Date Date The Experiments Started )
100
 Date Terminated Date Date The Experiments Ended
100
 Project Name Character Name Of The Experiment Being Conducted
100
 Location Character Location Of Where Experiments Took Place
100
 Treatment Character Scientific Treatment Made
100
 Mesocosm Type Character A description of the Mesocosm Established
100
 Mesocosm Number Character Identifies which Sequential Specific Mecocosm Was Used for Data Collection
100
 Initial TL mm Numeric Initial Total Length in mm
100
 Final TL mm Numeric Final Total Length in mm
100
 Daily Growth (mm d-1) Numeric Calculated Daily Length Growth rate in mm / day
100
 Estimated Initial Weight (mg) Numeric Estimated Initial Weight (mg)
100
 Final Weight (mg) Numeric Final Weight (mg
100
 Daily Growth (mg d-1) Numeric Daily Weight Growth rate in mg per day
100
 Mean Salinity Numeric Mean Salinity
100
 Mean Temperature (oC) Numeric Mean Temperature in degrees celcius
100
 Flood Duration (%time) Numeric % of time that things were at flood stage
100
 Total Penaeid Biomass (g) Numeric Total Paneid Biomass in grams
100
 Total Crustacean Biomass (g) Numeric Total Crustacean Biomass in grams
100
 Total Predator Biomass (g) Numeric Total Predator Biomass in grams
100
 Total Recovered Nekton Biomass (g) Numeric Total Recovered Nekton Biomass in grams
100
 Annelid Infauna Biomass (dry wt, mg) Numeric Annelid Infauna Biomass dry weight, in mg
100
 Crustacean Infauna Biomass (dry wt, mg) Numeric Dry Weight biomass in mg Crustacean Infauna
100
 Citation Character Indicates Which journal article(s) use the data from this record. Please note that if the data is used in two articles, then this value will just use Author Name and Year for each article. This value is blank if data is not used in any of the three journal articles that are part of this data set

Attribute Details

Date Initiated

CC ID: 847105
Seq. Order: 10
Data Storage Type: Date
Max Length: 10
Required: Yes
Primary Key: No
Status: Active
Description:

Date The Experiments Started

)

Format Mask: mm/dd/yyyy

Date Terminated

CC ID: 847106
Seq. Order: 20
Data Storage Type: Date
Max Length: 10
Required: Yes
Primary Key: No
Status: Active
Description:

Date The Experiments Ended
Format Mask: mm/dd/yyyy

Project Name

CC ID: 847117
Seq. Order: 30
Data Storage Type: Character
Max Length: 40
Required: Yes
Primary Key: No
Status: Active
Description:

Name Of The Experiment Being Conducted
Allowed Values: GISP Terrace Growth Experiments Barataria Salinity Gradient Growth Experiments DWH Oil Shrimp Growth Experiments HAIP 2014 Growth Experiments

Location

CC ID: 847112
Seq. Order: 40
Data Storage Type: Character
Max Length: 70
Required: Yes
Primary Key: No
Status: Active
Description:

Location Of Where Experiments Took Place

Treatment

CC ID: 847122
Seq. Order: 50
Data Storage Type: Character
Max Length: 70
Required: Yes
Primary Key: No
Status: Active
Description:

Scientific Treatment Made
Allowed Values: GISP Terrace Growth Experiments Galveston Island State Park, Texas Reference Pond Mesocosm located in natural, undisturbed, shallow, unvegetated estuarine bottom located in surrounding area outside constructed terrace field within 30 meters of shore-line Reference Marsh Mesocosm located in non-constructed, minimally disturbed, or untouched site in marsh surrounding terrace field Terrace Pond Mesocosm located in undisturbed area of shallow water inside terrace field cell and within 30 meters of shore-line Terrace Marsh Mesocosm located on slope of constructed marsh terrace cell ridge transplanted with Spartina alterniflora within 1 meter of shoreline

Mesocosm Type

CC ID: 847116
Seq. Order: 60
Data Storage Type: Character
Max Length: 50
Required: Yes
Primary Key: No
Status: Active
Description:

A description of the Mesocosm Established

Mesocosm Number

CC ID: 847115
Seq. Order: 70
Data Storage Type: Character
Max Length: 5
Required: Yes
Primary Key: No
Status: Active
Description:

Identifies which Sequential Specific Mecocosm Was Used for Data Collection

Initial TL mm

CC ID: 847111
Seq. Order: 80
Data Storage Type: Numeric
Max Length: 2
Required: Yes
Primary Key: No
Scale: 0
Status: Active
Description:

Initial Total Length in mm
Unit of Measure: mm
Format Mask: ##

Final TL mm

CC ID: 847108
Seq. Order: 90
Data Storage Type: Numeric
Max Length: 2
Required: Yes
Primary Key: No
Scale: 0
Status: Active
Description:

Final Total Length in mm
Unit of Measure: mm

Daily Growth (mm d-1)

CC ID: 847104
Seq. Order: 100
Data Storage Type: Numeric
Max Length: 4
Required: Yes
Primary Key: No
Scale: 1
Status: Active
Description:

Calculated Daily Length Growth rate in mm / day
Unit of Measure: mm / day
Format Mask: #.#

Estimated Initial Weight (mg)

CC ID: 847107
Seq. Order: 110
Data Storage Type: Numeric
Max Length: 4
Required: Yes
Primary Key: No
Scale: 0
Status: Active
Description:

Estimated Initial Weight (mg)
Unit of Measure: mg
Format Mask: ####

Final Weight (mg)

CC ID: 847109
Seq. Order: 120
Data Storage Type: Numeric
Max Length: 4
Required: Yes
Primary Key: No
Status: Active
Description:

Final Weight (mg
Unit of Measure: mg
Format Mask: ####

Daily Growth (mg d-1)

CC ID: 847103
Seq. Order: 130
Data Storage Type: Numeric
Max Length: 4
Required: Yes
Primary Key: No
Scale: 1
Status: Active
Description:

Daily Weight Growth rate in mg per day
Unit of Measure: mg / day
Format Mask: ##.#

Mean Salinity

CC ID: 847113
Seq. Order: 140
Data Storage Type: Numeric
Max Length: 2
Required: Yes
Primary Key: No
Scale: 0
Status: Active
Description:

Mean Salinity
Format Mask: ##

Mean Temperature (oC)

CC ID: 847114
Seq. Order: 150
Data Storage Type: Numeric
Max Length: 2
Required: Yes
Primary Key: No
Scale: 0
Status: Active
Description:

Mean Temperature in degrees celcius
Format Mask: ##

Flood Duration (%time)

CC ID: 847110
Seq. Order: 160
Data Storage Type: Numeric
Max Length: 3
Required: Yes
Primary Key: No
Scale: 1
Status: Active
Description:

% of time that things were at flood stage
Format Mask: #.#

Total Penaeid Biomass (g)

CC ID: 847119
Seq. Order: 170
Data Storage Type: Numeric
Max Length: 4
Required: Yes
Primary Key: No
Scale: 1
Status: Active
Description:

Total Paneid Biomass in grams
Unit of Measure: gm
Format Mask: ##.#

Total Crustacean Biomass (g)

CC ID: 847118
Seq. Order: 180
Data Storage Type: Numeric
Max Length: 4
Required: Yes
Primary Key: No
Scale: 1
Status: Active
Description:

Total Crustacean Biomass in grams
Unit of Measure: gm
Format Mask: ##.#

Total Predator Biomass (g)

CC ID: 847120
Seq. Order: 190
Data Storage Type: Numeric
Max Length: 4
Required: Yes
Primary Key: No
Scale: 1
Status: Active
Description:

Total Predator Biomass in grams
Format Mask: ##.#

Total Recovered Nekton Biomass (g)

CC ID: 847121
Seq. Order: 200
Data Storage Type: Numeric
Max Length: 4
Required: Yes
Primary Key: No
Scale: 1
Status: Active
Description:

Total Recovered Nekton Biomass in grams
Unit of Measure: gm
Format Mask: ##.#

Annelid Infauna Biomass (dry wt, mg)

CC ID: 847101
Seq. Order: 210
Data Storage Type: Numeric
Max Length: 4
Required: No
Primary Key: No
Scale: 1
Status: Active
Description:

Annelid Infauna Biomass dry weight, in mg
Unit of Measure: mg
Format Mask: ##.#

Crustacean Infauna Biomass (dry wt, mg)

CC ID: 847102
Seq. Order: 220
Data Storage Type: Numeric
Max Length: 3
Required: No
Primary Key: No
Scale: 1
Status: Active
Description:

Dry Weight biomass in mg Crustacean Infauna

Unit of Measure: mg
Format Mask: #,#

Citation

CC ID: 847312
Seq. Order: 230
Data Storage Type: Character
Max Length: 200
Required: No
Primary Key: No
Status: Active
Description:

Indicates Which journal article(s) use the data from this record.

Please note that if the data is used in two articles, then this value will just use Author Name and Year for each article.

This value is blank if data is not used in any of the three journal articles that are part of this data set

Catalog Details

Catalog Item ID: 56582
GUID: gov.noaa.nmfs.inport:56582
Metadata Record Created By: Lee M Weinberger
Metadata Record Created: 2019-06-02 13:01+0000
Metadata Record Last Modified By: SysAdmin InPortAdmin
Metadata Record Last Modified: 2022-08-09 17:11+0000
Metadata Record Published: 2021-10-21
Owner Org: SEFSC
Metadata Publication Status: Published Externally
Do Not Publish?: N
Metadata Last Review Date: 2021-10-21
Metadata Review Frequency: 1 Year
Metadata Next Review Date: 2022-10-21