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A diagram explaining the cloud-based tidal marsh biomass mapping tool
Cloud-based Tidal Marsh Biomass Mapping Tool Description
Cloud-based Tidal Marsh Biomass Mapping Tool Description
Cloud-based Tidal Marsh Biomass Mapping Tool Description

The graphical user interface of the Cloud-based tidal marsh biomass mapping tool that highlights features and map outputs.

A powerpoint presentation slide with a map of irrigated and rainfed croplands on a global extent accompanied by a bar graph. Includes a map of continental United States croplands and the names of those working on the project.
Overview of GFSAD Project Accomplishments and Plans Ahead
Overview of GFSAD Project Accomplishments and Plans Ahead
Overview of GFSAD Project Accomplishments and Plans Ahead

The GFSAD is a NASA funded project (2023-2028) to provide highest-resolution global cropland data and their water use that contributes towards global food-and-water security in the twenty-first century. This image is from the GFSAD project members' 4th workshop hosted in Flagstaff, Arizona where Dr.

The GFSAD is a NASA funded project (2023-2028) to provide highest-resolution global cropland data and their water use that contributes towards global food-and-water security in the twenty-first century. This image is from the GFSAD project members' 4th workshop hosted in Flagstaff, Arizona where Dr.

The attendees of the GFSAD workshop day one standing outside
Attendees of GFSAD Workshop 4 Day One
Attendees of GFSAD Workshop 4 Day One
Attendees of GFSAD Workshop 4 Day One

The GFSAD is a NASA funded project (2023-2028) to provide highest-resolution global cropland data and their water use that contributes towards global food-and-water security in the twenty-first century. This image was taken after day one of the 4th GFSAD project workshop hosted in Flagstaff, Arizona.

The GFSAD is a NASA funded project (2023-2028) to provide highest-resolution global cropland data and their water use that contributes towards global food-and-water security in the twenty-first century. This image was taken after day one of the 4th GFSAD project workshop hosted in Flagstaff, Arizona.

A photo depicting a fire stopped through active suppression
Fire stopped through active suppression
Fire stopped through active suppression
Fire stopped through active suppression

A fire stopped through active suppression activities at a fuel break in Idaho. 

Maps showing chlorophyll-a concentration, carbohydrates, lipids, and total organic carbon in southern San Francisco Bay
Maps of chlorophyll-a concentration, carbohydrates, lipids, and total organic carbon in southern San Francisco Bay
Maps of chlorophyll-a concentration, carbohydrates, lipids, and total organic carbon in southern San Francisco Bay
Maps of chlorophyll-a concentration, carbohydrates, lipids, and total organic carbon in southern San Francisco Bay

Maps of (a) chl-a concentration, (b) carbohydrates, (c) lipids, and (d) total organic carbon in southern San Francisco Bay, 15 April 2021, based on final partial least squares regression models and AVIRIS-NG 3.7 m imagery. Base map from Esri and its licensors, copyright 2022.

Videos

An image telling everyone that the RUSH software is now available. An image telling everyone that the RUSH software is now available.
RUSH: Rapid Remote Sensing Updates of landcover for Storm and Hurricane forecasts
RUSH: Rapid Remote Sensing Updates of landcover for Storm and Hurricane forecasts

RUSH is a tool for rapid repeat high resolution coastal vegetation maps to improve forecasting of hurricane impacts and coastal resilience. Vegetation cover in coastal settings significantly controls flooding, erosion, and barrier island breaching during extreme storms by reducing wave energy.

RUSH is a tool for rapid repeat high resolution coastal vegetation maps to improve forecasting of hurricane impacts and coastal resilience. Vegetation cover in coastal settings significantly controls flooding, erosion, and barrier island breaching during extreme storms by reducing wave energy.

ThumbnailBillZeedyk ThumbnailBillZeedyk
Why the trilogy matters: Hydrology, Geomorphology & Ecology
Why the trilogy matters: Hydrology, Geomorphology & Ecology

It is only in recent years that the restoration profession has begun to recognize the trilogy that links hydrology, geomorphology and ecology.  Understanding the fundamental nature of this trilogy is essential to the effective restoration of all streams and wetlands.  All three factors must be respected if any project is to be successfully planned, impleme

It is only in recent years that the restoration profession has begun to recognize the trilogy that links hydrology, geomorphology and ecology.  Understanding the fundamental nature of this trilogy is essential to the effective restoration of all streams and wetlands.  All three factors must be respected if any project is to be successfully planned, impleme

ThumbnailJoaquinMurrietaSaldivar ThumbnailJoaquinMurrietaSaldivar
Think Like a Watershed, Act like a River: The Culture of Community Based River Restoration in the Arizona-Sonora, MX Binational Watersheds
Think Like a Watershed, Act like a River: The Culture of Community Based River Restoration in the Arizona-Sonora, MX Binational Watersheds

After around 150 years of Powell’s watershed map, we are getting there….. Think like watershed with interdependence and connectivity of the uplands-middle lands and lowlands and act like a river being the connector of these interactions from the top to the bottom and vice versa.

Juniper Tank, Pasture Rehab     Clark Richins Juniper Tank, Pasture Rehab Clark Richins
Juniper Tank, Pasture Rehab
Juniper Tank, Pasture Rehab

This project is located in the Juniper Tank Pasture on the Ash Creek Livestock Association.   

This project is located in the Juniper Tank Pasture on the Ash Creek Livestock Association.   

Thumbnail_ATCole Thumbnail_ATCole
Hinge-Felling, Best & Cheapest
Hinge-Felling, Best & Cheapest

Lucinda Cole and I retired to the Pitchfork Ranch in southwest New Mexico two decades ago. We’ve overseen 17 government grants to install grade-control structures in 31 side-drainages and the ranches’ 9-mile reach of the 48-mile-long Burro Ciénaga riparian watercourse, 1.5-miles perennial ciénaga.

Lucinda Cole and I retired to the Pitchfork Ranch in southwest New Mexico two decades ago. We’ve overseen 17 government grants to install grade-control structures in 31 side-drainages and the ranches’ 9-mile reach of the 48-mile-long Burro Ciénaga riparian watercourse, 1.5-miles perennial ciénaga.

Thumbnail_ValerClark Thumbnail_ValerClark
Re-Watering the Ground
Re-Watering the Ground

We have experienced the placement of rocks on hillsides in eroded areas. The rock dams capture silt and water. A great many dams placed close together in all drainages capture so much water that the hills become sponges.

We have experienced the placement of rocks on hillsides in eroded areas. The rock dams capture silt and water. A great many dams placed close together in all drainages capture so much water that the hills become sponges.

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