Surface and Precipitation Stations - New Mexico Environment ...
Surface and Precipitation Stations - New Mexico Environment ...
Surface and Precipitation Stations - New Mexico Environment ...
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CALMET Control File Inputs<br />
Variable Description PNM Value Agreement<br />
with Default<br />
Comments<br />
CONSTN Stable stability maxing<br />
height coefficient<br />
2400 Y<br />
CONSTW Overwater mixing height<br />
coefficient<br />
0.16 Y<br />
FCORIOL Absolute vale of Coriolis<br />
parameter<br />
1 E-4 Y<br />
IAVEZI Conduct spatial averaging 1 Y<br />
MNMDAV Maximum search radius in<br />
averaging process<br />
1 Y<br />
HAFANG Half angle of upwind<br />
looking cone for averaging<br />
30 Y<br />
ILEVZI Layers of wind use in<br />
upwind averaging<br />
1 Y<br />
DPTMIN Minimum potential<br />
temperature lapse rate in<br />
the stable layer above the<br />
current convective mixing<br />
height<br />
0.001 Y<br />
DZZI Depth of layer above<br />
current convective mixing<br />
height through which lapse<br />
rate is computed<br />
200 Y<br />
ZIMIN Minimum overl<strong>and</strong> mixing<br />
height<br />
50 Y<br />
ZIMAX Maximum overl<strong>and</strong> mixing 4500 Y WRAP BART Modeling Protocol<br />
height<br />
Recommended Value<br />
ZIMINW Minimum overwater<br />
mixing height<br />
50 Y<br />
ZIMAXW Maximum overwater<br />
4500 Y WRAP BART Modeling Protocol<br />
mixing height<br />
Recommended Value<br />
IRHPROG 3D relative humidity form<br />
observation or from MM5<br />
0 Y Use RH from SURF.DAT file<br />
ITPROG 3D temperature from<br />
1 N Use <strong>Surface</strong> stations <strong>and</strong> Use<br />
observations or from MM5<br />
MM5/3D for Upper Air<br />
IRAD Type of interpolation 1 Y<br />
TRADKM Temperature interpolation 500 N WRAP BART Modeling Protocol<br />
radius of influence<br />
Recommended Value<br />
NUMTS Maximum number of<br />
station for temperature<br />
interpolation<br />
5 Y<br />
IAVET Spatially average<br />
temperatures<br />
1 Y<br />
TGDEFB Temperature gradient<br />
below mixing height over<br />
water<br />
-0.0098 Y<br />
TGDEFA Temperature gradient<br />
above mixing height over<br />
water<br />
-0.0045 Y<br />
JWAT1 Beginning l<strong>and</strong> use<br />
55 n/a WRAP BART Modeling Protocol<br />
categories over water<br />
Recommended Value<br />
JWAT2 Ending l<strong>and</strong> use categories 55 n/a WRAP BART Modeling Protocol<br />
for water<br />
Recommended Value<br />
B-5 4/13/2007
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