CLAWRIM WikiThe Computational Lab for Advanced Water Resources Informatics and Modeling
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2026-04-22T01:08:42+00:00CLAWRIM Wiki
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https://clawiki.isnew.info/_media/wiki/logo.pngtext/html2024-08-04T05:06:08+00:00Anonymous (anonymous@undisclosed.example.com)Open source canopy classification
https://clawiki.isnew.info/projects/open_source_canopy_classification?rev=1722747968&do=diff
Open source canopy classification
Workspace
[Downtown Atlanta, GA classified]
This project is parallel research to the GFC canopy assessment by
Owen Smith for Dr. Cho's GISC 4903 - Special Topics in GIS .
Its focus is on creating an open source canopy classification system designed
specifically to utilize NAIP imagery
within an efficient Python module built on
Scikit-learn,
GDAL, andtext/html2024-08-04T04:12:18+00:00Anonymous (anonymous@undisclosed.example.com)Fast flow accumulation
https://clawiki.isnew.info/projects/fast_flow_accumulation?rev=1722744738&do=diff
Fast flow accumulation
This project will improve the speed of flow accumulation.
MEFA
Preliminary results
* Systems
* Linux 4.14.39 with SSD and 16GB RAM on Yoga 370
* ArcGIS on UNG Windows with SSD and 32GB RAM
* Data: Texas drain raster fromtext/html2024-08-04T04:28:44+00:00Anonymous (anonymous@undisclosed.example.com)Topographic index enhanced with soil moisture
https://clawiki.isnew.info/projects/topographic_index_enhanced_with_soil_moisture?rev=1722745724&do=diff
Topographic index enhanced with soil moisture
Workspace
Abstract from the 25th UNG Research Conference
projectstext/html2024-08-04T05:06:08+00:00Anonymous (anonymous@undisclosed.example.com)Efficient longest flow path algorithm
https://clawiki.isnew.info/projects/efficient_longest_flow_path_algorithm?rev=1722747968&do=diff
Efficient longest flow path algorithm
Workspace
r.accumulate
\[
\def\LFP{\overrightarrow{\text{LFP}}}
\def\FP{\overrightarrow{\text{FP}}}
\def\FL{\text{FL}}
\def\DFL{\text{DFL}}
\def\UFL{\text{UFL}}
\def\LFL{\text{LFL}}
\]
A flow path $\FP_i$ is the watercourse between a pair of two points $i$ within the watershed and the longest flow path $\LFP$ is defined as
\[
\LFP\in\left\{\FP_i\;:\;\left|\FP_i\right|\geq\left|\FP_j\right|\;\forall i\neq j\right\}.
\]
The longest flow path plays an…text/html2025-01-08T21:34:51+00:00Anonymous (anonymous@undisclosed.example.com)NMED PWRC Permian Basin fate and transport modeling
https://clawiki.isnew.info/projects/nmed_pwrc_permian_basin_fate_and_transport_modeling?rev=1736372091&do=diff
NMED PWRC Permian Basin fate and transport modeling
Workspace
New Mexico Produced Water Research Consortium (NMPWRC) Award 2024-2025
projects ujjwal_marasinitext/html2024-11-19T04:45:20+00:00Anonymous (anonymous@undisclosed.example.com)NMWRRI Global curve number dataset
https://clawiki.isnew.info/projects/nmwrri_global_curve_number_dataset?rev=1731991520&do=diff
NMWRRI Global curve number dataset
Workspace
NM WRRI Student Water Research Grant
projects abdullah_azzamtext/html2024-11-19T04:45:20+00:00Anonymous (anonymous@undisclosed.example.com)NMWRRI NM groundwater recharge forecasting
https://clawiki.isnew.info/projects/nmwrri_nm_groundwater_recharge_forecasting?rev=1731991520&do=diff
NMWRRI NM groundwater recharge forecasting
Workspace
NM WRRI Student Water Research Grant
projects s.m._asaduzzaman_reshadtext/html2024-11-19T04:45:20+00:00Anonymous (anonymous@undisclosed.example.com)NMWRRI NM snow water equivalent forecasting
https://clawiki.isnew.info/projects/nmwrri_nm_snow_water_equivalent_forecasting?rev=1731991520&do=diff
NMWRRI NM snow water equivalent forecasting
Workspace
NM WRRI Student Water Research Grant
projects ujjwal_marasinitext/html2025-06-01T13:27:22+00:00Anonymous (anonymous@undisclosed.example.com)Reports
https://clawiki.isnew.info/projects/reports/start?rev=1748784442&do=diff
Reports
* [NM WRRI Procedural and Editorial Guidelines for Principal Investigators] (October 2020) (link)
NMDOT CAMP
Workspace
* [New Mexico Statewide Hydrologic-Hydraulic Modeling for Culvert Capacity Analysis (Cho et al., 2025)] (Submitted on May 31, 2025) (source)
USGS WRRA 104b NM drought vulnerability
Workspace
* [Progress Report - New Mexico Statewide Drought Vulnerability Analysis Under Future Climate Change Scenarios Using a Physically-Based Coupled Model (Cho and Azzam, 202…