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Ignacio Aguirre's Projects

agu22_damcams icon agu22_damcams

Complementary information about the AGU2022 Poster: Augmenting traditional hydrometric observations with trail cameras to capture ecohydrological dynamics of beaver dams.

b-fed icon b-fed

The Beaver-Flood Event Detector (B-FED) is a Google Earth Engine script created by the Spring 2020 MA Massachusetts Water Resources team. It uses NASA Earth Observations, a MassGIS wetland polygon layer, citizen science Global Biodiversity Information Facility (GBIF) Data and remote sensing methodology to detect flooding events that are likely caused by beavers in Massachusetts, USA. The objective of this kit is to have an algorithm with conditional statements to determine for a given year if flooding, based on spectral signatures, caused by beavers has occurred. This is then filtered for a wetland layer and then inlaid with citizen science data of beaver observations from GBIF. The correlation of having flooding, along with reported beaver observations acts as a validation for the tool. B-FED is divided into three scripts: preprocessing, analysis, and visualization.

bonanmodeling icon bonanmodeling

Matlab code for Climate Change and Terrestrial Ecosystem Modeling

cameratraps icon cameratraps

Tools for training and running detectors and classifiers for wildlife images collected from motion-triggered cameras.

combined_beaver_hydro icon combined_beaver_hydro

Data undertaken for before and after hydrological impacts of beaver as detailed in Puttock et al (In Prep) Beaver dams attenuate floods: a multi-site, multi-scale study

cuahsi_vu icon cuahsi_vu

SUMMA and pysumma setups and notebook for the CUAHSI Virtual University snow modeling course

curso-gee icon curso-gee

Google Earth Engine para el monitoreo del uso y cobertura del suelo de la República Argentina

earthengine-workflow icon earthengine-workflow

Deploy Tensorflow models to Google Cloud Platform for automating predictions on Earth Engine imagery

fair icon fair

Finite-amplitude Impulse Response simple climate model

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