ry Commission (GFC). The project aims to assess statewide tree canopy coverage using the National Agriculture Imagery Program (NAIP) imagery and machine-l... software. It is a follow-up project to the 2015 statewide canopy assessment project conducted by UNG f... students in 2016. We will assess 2009 and 2019 statewide tree canopy and determine canopy changes fro
y effects on wetness of area based on topography data for the area; this is typically derived using the digital elevation model (DEM) of an area. Using only elevation data via TWI present limitations in respect to other properties of an area of study that could aff
====== Fast flow accumulation ======
This project will improve the speed of flow accumulation.
[[https://github.com/HuidaeCho/mefa|MEFA]]
{{https://idea.isnew.info/publications/Memory-efficient%20flow%20accumulation%20using%20a%20look-around%20approach%20and%20its%20OpenMP%
====== Open source canopy classification ======
[[workspaces:open_source_canopy_classification:start|Workspace]]
{{ projects:down_atlanta.png?nolink&300|Downtown Atlanta, GA classified}}
This project is parallel research to the [[gfc
====== UNG stormwater modeling ======
[[workspaces:ung_stormwater_modeling:start|Workspace]]
{{ projects:stormwater_in_ung_gainesville_science_building.png?300|}}
... inesville campus suffers from flooding from stormwater whenever there is a heavy rainfall event. This
unction surface of an unsteady 2D HEC-RAS model that minimizes the volume error and maximizes the NSE by trying 10,000 different combinations of the curve number and Manning’s n. That best model (still with a 5.75% volume error) is very hard to find on a relatively flat valley. Calibrating the RAS parameters
====== NMWRRI Global curve number dataset ======
[[workspaces:nmwrri_global_curve_number_dataset:start|Workspace]]
[[https://mailchi.mp/93da5eec71a8/new-mexico-water-enews-october-13904767?e=0deac520e7|NM WRRI Student Water Research Grant]]
{{tag>projects Abdullah_Azzam
====== Efficient delineation of a large number of subwatersheds ======
This project aims to develop and implement an efficient algorithm for delineating a large number of watersheds. It will deliver an open-source hydrology tool.
[[https://github.com
====== NMED PWRC Permian Basin fate and transport modeling ======
[[workspaces:nmed_pwrc_permian_basin_fate_and_transport_modeling:start|Workspace]]
New Mexico Produced Water Research Consortium (NMPWRC) Award 2024-2025
{