Dataset Available

Deep Gulf of Mexico ECOTRAN food web model parameters

Authors: Calhoun, Stacy, Kelly Robinson and James Ruzicka

Published On: May 27 2021 21:54 UTC

DOI: https://doi.org/10.7266/R31HP5MQ

UDI: R6.x815.000:0036

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No. of Downloads: 2

No. of Files: 1

File Size: 232.85 KB

File Format(s):
xlsx

Project Information

Funded By:
Gulf of Mexico Research Initiative

Funding Cycle:
RFP-VI

Research Group:
Deep-Pelagic Plankton Communities of the Northern Gulf of Mexico: Trophic Ecology, Assemblage Dynamics, and Connectivity with the Upper Ocean

Point of Contact

Kelly L. Robinson
University of Louisiana at Lafayette / Department of Biology
kelly.robinson@louisiana.edu

Data Collection Period

2010-01-01

2020-06-30

Theme keywords

Ecosystem Model, Vertically Integrated, ECOTRAN, food web, Gulf of Mexico Deep Sea Ecosystem Model

ISO 19115-2 Metadata

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Abstract:

This data set includes ECOTRAN food web model parameters for the Gulf of Mexico Deep Sea Ecosystem Model. The food web model is vertically integrated from the surface epipelagic to the upper bathypelagic depth zones. Functional groups include bacteria, gelatinous zooplankton, crustacean zooplankton, myctophid fishes, large piscivorous fishes, sea birds, and marine mammals. For each functional group, a set of parameters are provided: biomass (wet weight mt/km2/yr), annual production rate, consumption rate, ecotrophic efficiency, diet matrix, fisheries landings, and detritus fate.

Suggested Citation:

Calhoun, Stacy, Kelly Robinson and James Ruzicka. 2021. Deep Gulf of Mexico ECOTRAN food web model parameters. Distributed by: GRIIDC, Harte Research Institute, Texas A&M University–Corpus Christi. doi:10.7266/R31HP5MQ

Purpose:

This file contains the parameterized and fully-resolved, vertically integrated ECOTRAN model and depth sub-models with all relevant sources.

Data Parameters and Units:

Biomass (wet weight mt/km2/yr), annual production rate, consumption rate, ecotrophic efficiency, diet matrix, fisheries landings, and detritus fate. More specific unit information is detailed in each table.

Methods:

Tables 2, 3, and 5 were used as inputs to the model code located in ECOTRAN vertically-resolved end-to-end ecosystem model for the Gulf of Mexico: model code (R6.x815.000:0018). Production matrices (tables 7-11) are outputs from the model. The depth sub-model production matrices were calculated using the vertical distribution of biomasses detailed in table 6. Depth sub-model diet matrices were calculated from consumption matrices based on the sub-model production matrices in tables 8-11. Remaining tables (1, 4, 16-19) detail the data sources and calculations used to achieve the model parameters in tables 2 and 3.