Presentation is loading. Please wait.

Presentation is loading. Please wait.

ATLSS SESI Models Implement and Execute the Models for a Hydrology Scenario Objectives: Integrate SESI components into a cohesive computational framework.

Published byAlisha Welch Modified over 6 years ago

Similar presentations

Presentation on theme: "ATLSS SESI Models Implement and Execute the Models for a Hydrology Scenario Objectives: Integrate SESI components into a cohesive computational framework."— Presentation transcript:

1 ATLSS SESI Models Implement and Execute the Models for a Hydrology Scenario Objectives: Integrate SESI components into a cohesive computational framework and apply the models to a hydrology scenario. Hydrology Scenario Daily Water Depth Distribute water over high resolution topography High Resolution Hydrology SESI Models Cape Sable Seaside Sparrow Wading Birds American Alligator White-tailed Deer Snail Kite Are conditions favorable for the apple snails they depend on? Is breeding disrupted by high water levels? Are the nests flooded during egg incubation? Are water depths in the correct range for the fish they eat? Is there high ground to build a nest on? Standard Output Generation/Visualization Tools

Download ppt "ATLSS SESI Models Implement and Execute the Models for a Hydrology Scenario Objectives: Integrate SESI components into a cohesive computational framework."

Similar presentations

Objective: To bring together those involved in the activities of water management in Latin America with the Earth observation data providers, in order.

Objective: To bring together those involved in the activities of water management in Latin America with the Earth observation data providers, in order.
ALLIGATOR KEVIN DAWIDCZYK.

ALLIGATOR KEVIN DAWIDCZYK.
Animals Reptiles 1Snake 2alligator 3turtle Mammals 1cow 2cat 3deer Acuatic fish 1hen 2duck butterfly.

Animals Reptiles 1Snake 2alligator 3turtle Mammals 1cow 2cat 3deer Acuatic fish 1hen 2duck butterfly.
ATLSS and Uncertainty: relativity and spatially-explicit ecological models as methods to aid management planning in Everglades restoration Louis J. Gross,

ATLSS and Uncertainty: relativity and spatially-explicit ecological models as methods to aid management planning in Everglades restoration Louis J. Gross,
Sensitivity Analysis of a Spatially Explicit Fish Population Model Applied to Everglades Restoration Ren é A. Salinas and Louis J. Gross The Institute.

Sensitivity Analysis of a Spatially Explicit Fish Population Model Applied to Everglades Restoration Ren é A. Salinas and Louis J. Gross The Institute.
ATLSS Fish Functional Group Dynamics Model ALFISH Holly Gaff, Rene’ Salinas, Louis Gross, Don DeAngelis, Joel Trexler, Bill Loftus and John Chick.

ATLSS Fish Functional Group Dynamics Model ALFISH Holly Gaff, Rene’ Salinas, Louis Gross, Don DeAngelis, Joel Trexler, Bill Loftus and John Chick.
The ATLSS High Resolution Topography/Hydrology Model Scott M. Duke-Sylvester ATLSS Project : University of Tennessee Project web-site : www.atlss.org E-mail.

The ATLSS High Resolution Topography/Hydrology Model Scott M. Duke-Sylvester ATLSS Project : University of Tennessee Project web-site : .
Science Focus Lesson SC.4.L.17.3 Food Chains

Science Focus Lesson SC.4.L.17.3 Food Chains
ALFISHES: A Size-structured and Spatially-explicit Model for Predicting the Impact of Hydrology on the Resident Fishes of the Everglades Mangrove Zone.

ALFISHES: A Size-structured and Spatially-explicit Model for Predicting the Impact of Hydrology on the Resident Fishes of the Everglades Mangrove Zone.
Everglades Andrew Click Justin Kerr Colin Gensterblum.

Everglades Andrew Click Justin Kerr Colin Gensterblum.
Great Blue Heron Ardea herodias Largest wading bird and largest North American heron Head-to-tail length of 36- 55 in Wingspan of 66-79 in Weight of 4.5-8.

Great Blue Heron Ardea herodias Largest wading bird and largest North American heron Head-to-tail length of in Wingspan of in Weight of
Current and Future Challenges in Mathematical and Computational Biology Louis J. Gross The Institute for Environmental Modeling Departments of Ecology.

Current and Future Challenges in Mathematical and Computational Biology Louis J. Gross The Institute for Environmental Modeling Departments of Ecology.
Abstract The ATLSS (Across Trophic Level System Simulation) hierarchy of models is designed to utilize varying levels of detail and data availability to.

Abstract The ATLSS (Across Trophic Level System Simulation) hierarchy of models is designed to utilize varying levels of detail and data availability to.
Understanding Wildlife Habitat What is Wildlife Habitat? The kind of place where an… –Animal –Bird –Fish –or plant live in a natural state.

Understanding Wildlife Habitat What is Wildlife Habitat? The kind of place where an… –Animal –Bird –Fish –or plant live in a natural state.
Models for the masses: bringing computational resources for addressing complex ecological problems to stakeholders Louis J. Gross, Eric Carr and Mark.

Models for the masses: bringing computational resources for addressing complex ecological problems to stakeholders Louis J. Gross, Eric Carr and Mark.
ATLSS SESI MODEL: Long-Legged and Short-Legged Wading Birds: Foraging Indices Louis J. Gross, University of Tennessee Provides a relative estimate of quality.

ATLSS SESI MODEL: Long-Legged and Short-Legged Wading Birds: Foraging Indices Louis J. Gross, University of Tennessee Provides a relative estimate of quality.
EVERGLADES BY: JACOB S. JACOB N. EDWARD H. MARCO S.

EVERGLADES BY: JACOB S. JACOB N. EDWARD H. MARCO S.
What are the tools of Birds of Prey?. Talons Sharp beak.

What are the tools of Birds of Prey?. Talons Sharp beak.
Abstract The ATLSS (Across Trophic Level System Simulation) hierarchy of models is designed to utilize varying levels of detail and data availability to.

Abstract The ATLSS (Across Trophic Level System Simulation) hierarchy of models is designed to utilize varying levels of detail and data availability to.
Cape Sable Seaside Sparrow Spatially Explicit Individual Based Population Model (SIMSPAR) Model developed by M. Philip Nott, University of Tennessee (now.

Cape Sable Seaside Sparrow Spatially Explicit Individual Based Population Model (SIMSPAR) Model developed by M. Philip Nott, University of Tennessee (now.

Similar presentations

Ads by Google