Idaho State University, Boise

    flowchart
    I[Idaho State University, Boise]
    PI["Parent Institutions (1)"]
    CI["Child Institutions (0)"]
    AW["Affiliated Works (35)"]
    CA["Linked Collaborating Authors (0)"]
    I== skos:broader ==>PI
    CI== skos:broader ==>I
    AW== affil ==>I
    AW== author ==>CA
    click PI "#parent-institutions"
    click CI "#child-institutions"
    click AW "#affiliated-works"
    click CA "#collaborating-authors"

ADS ID [?]

A01118

Abbreviation [?]

Boise

Parent Institutions [?]

• Idaho State University

Child Institutions [?]

Affiliated Works

sorted by decreasing year, and then by display-name

• Detection and Characterization of Rangeland Vegetation Using Airborne Laser Swath Mapping
• Mapping Geology and Structure in Hyper-Rugged Terrain Using ASTER Remote Sensing Data: A Case Study From Northern Pakistan
• Surface Fractal Characterization of Topography and Landcover Using Airborne Laser Swath Mapping
• Remote Characterization of Gravel Bars in Big Creek, Idaho
• Use of a Slope-Based Surface Matching Technique to Detect Landslide Movement in LiDAR Data
• Burn Severity Measurement Using LiDAR Data
• Development and Evaluation of Dimensionless Snowmelt Depletion Curves Using MODIS- Derived SCA
• Ground-return Identification of Airborne LiDAR Data in a Forested Area Using Gaussian-fitting Models
• Post-fire Wind Erosion in a Semiarid Shrub Steppe
• Biomass Estimation of Douglas-fir Stands Using Airborne LiDAR Data
• Dimensionless snowmelt depletion curves using MODIS-derived SCA for improved hydrologic modeling
• Relationships of aeolian surface change with Lidar-derived landscape surface roughness
• Using 3D visual tools with LiDAR for environmental outreach
• Characterizing bare-earth elevations from airborne LiDAR data in a shrub-dominated mountain environment (Invited)
• Estimating Basin Snow Volume Using Aerial LiDAR and Binary Regression Trees (Invited)
• Estimating SWE distribution with a combination of ground-based radar measurements, modeling and remote sensing (Invited)
• Estimating semiarid vegetation height from GLAS Data
• Experimental Manipulation of Soil Moisture Regime Impacts Soil Microbial Community Abundance, Diversity, and Function in a Semi-Arid Sagebrush Steppe
• Fine-scale characterization of juniper expansion via lidar data and fusion with Landsat 5 TM
• Fire, microclimate, wind- and water-erosion create positive feedback for microsite soil resources: meta-analysis in sagebrush steppe
• Landslide Monitoring with Multi-Temporal Airborne LiDAR
• Leveraging LIDAR-derived Point Clouds for Topographic Characterization
• Modeling low-height vegetation with airborne LiDAR (Invited)
• Multi-temporal LiDAR change detection for terrain analysis using slope-based automatic co-registration (Invited)
• Discovering new methods of data fusion, visualization, and analysis in 3D immersive environments for hyperspectral and laser altimetry data
• Hyperspectral imaging from a light-weight (up to 75 kg) unmanned aerial vehicle platform
• Integration of terrestrial and airborne laser altimetry for fault scarp profiling
• Intensity normalization and automatic gain control correction of airborne LiDAR data for classifying a rangeland ecosystem
• Lidar-derived carbon estimates in encroaching juniper woodlands
• Vegetation cover and volume estimates in semi-arid rangelands using LiDAR and hyperspectral data
• A Bayesian geostatistical estimation of biomass in semi-arid rangelands by combining airborne and terrestrial laser scanning data
• Assessing riparian shade for the Lemhi River, Idaho using LiDAR: A point cloud analysis
• Comparing the above-ground component biomass estimates of western junipers using airborne and full-waveform terrestrial laser scanning data
• Sagebrush Biomass Estimation Using Terrestrial Laser Scanning
• Toward Improved Hyperspectral Analysis in Semiarid Systems

Linked Collaborating Authors [?]