Scott Lincoln
EF4
Been doing some GIS analysis the last few days on NEXRAD beam height. Put together some graphics that I thought might be worthwhile to share.
Minimum beam height for 0.5 degree scan (ft above radar level) - National Map
http://www.meteor.iastate.edu/~slincoln/GRS/images/0.5deg_min_beam_height_ftarl.png
Minimum beam height for 0.5 degree scan (ft above ground level)* - National Map
http://www.meteor.iastate.edu/~slincoln/GRS/images/0.5deg_min_beam_height_ftagl.png
Minimum beam height for 0.5 degree scan (ft above ground level)* - Central US Map
http://www.meteor.iastate.edu/~slincoln/GRS/images/0.5deg_min_beam_height_ftagl_central.png
NEXRAD coverage deficiences and affected cities*
http://www.meteor.iastate.edu/~slincoln/GRS/images/0.5deg_min_beam_height_ftagl_cities.png
*Note about AGL maps: Uses a fairly simple method for estimating terrain effects to the beam height. Is not a true 3D analysis that would be required for research quality maps and is meant more to be used as a visual aid to show where the ARL maps (and GR status bar info) will be least accurate.
Minimum beam height for 0.5 degree scan (ft above radar level) - National Map
http://www.meteor.iastate.edu/~slincoln/GRS/images/0.5deg_min_beam_height_ftarl.png
Minimum beam height for 0.5 degree scan (ft above ground level)* - National Map
http://www.meteor.iastate.edu/~slincoln/GRS/images/0.5deg_min_beam_height_ftagl.png
Minimum beam height for 0.5 degree scan (ft above ground level)* - Central US Map
http://www.meteor.iastate.edu/~slincoln/GRS/images/0.5deg_min_beam_height_ftagl_central.png
NEXRAD coverage deficiences and affected cities*
http://www.meteor.iastate.edu/~slincoln/GRS/images/0.5deg_min_beam_height_ftagl_cities.png
*Note about AGL maps: Uses a fairly simple method for estimating terrain effects to the beam height. Is not a true 3D analysis that would be required for research quality maps and is meant more to be used as a visual aid to show where the ARL maps (and GR status bar info) will be least accurate.