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CDOP2 Project Plan - Main Document - H-SAF

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CDOP-2 <strong>Project</strong> <strong>Plan</strong><br />

(<strong>Main</strong>)<br />

Doc. No: <strong>SAF</strong>/H<strong>SAF</strong>/<strong>CDOP2</strong>/PP/1.0<br />

Issue: Version 1.0<br />

Date: 11/12/2012<br />

Page: 14/99<br />

Product group Product ID Product Acronym Product Name<br />

MTG Flexible Combined Imager<br />

Precipitation <strong>SAF</strong>H/H41 PR-OBS-4-FCI<br />

Precipitation <strong>SAF</strong>H/H42 PR-OBS-5-FCI<br />

Precipitation <strong>SAF</strong>H/H17 PR-OBS-1 ver2<br />

Precipitation <strong>SAF</strong>H/H18 PR-OBS-2 ver3<br />

Precipitation rate at ground by LEO/MW supported by GEO/IR (with<br />

flag for phase) and MTG Flexible Combined Imager<br />

Accumulated precipitation at ground by blended MW+IR and MTG<br />

Flexible Combined Imager<br />

Precipitation rate at ground by MW conical scanners (with indication<br />

of phase) ver. 2<br />

Precipitation rate at ground by MW cross-track scanners (with<br />

indication of phase) ver. 3<br />

Precipitation <strong>SAF</strong>H/H19 PR-OBS-7 Rainfall intensity from GMI Bayesian algorithm<br />

Precipitation <strong>SAF</strong>H/H20 PR-OBS-8 Rainfall intensity from GMI Neural Network algorithm<br />

Precipitation <strong>SAF</strong>H/H21 PR-OBS-9<br />

High frequency MW delineation of cloud areas with new development<br />

of hydrometeors<br />

Precipitation <strong>SAF</strong>H/H22 PR-OBS-10 Snowfall intensity<br />

Precipitation <strong>SAF</strong>H/H50 PR-OBS-11 Rainfall intensity from MTG Lightning Imager<br />

Soil moisture <strong>SAF</strong>H/H27 SM-ASS-3<br />

Soil Wetness Index in the roots region retrieved by surface wetness<br />

scatterometer assimilation method<br />

Snow <strong>SAF</strong>H/H34 SN-OBS-1G Snow detection (snow mask) by VIS/IR radiometry of SEVIRI<br />

Snow <strong>SAF</strong>H/H35 SN-OBS-1P<br />

Snow detection (snow mask) and effective snow cover by VIS/IR<br />

radiometry of AVHRR<br />

Snow <strong>SAF</strong>H/H43 SN-OBS-0G_FCI Snow detection (snow mask) by MTG Flexible Combined Imager<br />

340<br />

350<br />

Table 3 New products in development during CDOP-2<br />

Note for products H40, H41 and H42:<br />

Precipitation products H40, H41 and H42 will be developed in two version:<br />

Version “A” (H40A, H41A, H42A): products having the H-<strong>SAF</strong> area as spatial<br />

coverage;<br />

Version “B” (H40B, H41B, H42B): products whose spatial coverage wis the H-<strong>SAF</strong><br />

area extended to Africa and southern Atlantic.<br />

Note for products H31 and H32:<br />

The proposed snow products H31 Snow detection for flat land (Polar satellites) and H32<br />

Snow detection for flat land (Geostationary satellites) are LSA <strong>SAF</strong> products, which will be<br />

inserted into H-<strong>SAF</strong> product list during CDOP-2. Such products are in LSA <strong>SAF</strong> projection and,<br />

in particular, H31 is already operational and has users; it is noted that they address end user<br />

communities which do not interfere with the one interested in H10 and H11. The processing<br />

and distribution to users of these products will be taken care of by the LSA <strong>SAF</strong> , whilst H-<strong>SAF</strong><br />

will be in charge of their development and validation. Within H-<strong>SAF</strong> it is already planned to<br />

unite the polar satellite based effective snow cover and snow detection products to one<br />

product during CDOP-2.<br />

Note for product H11:<br />

The recent, unexpected failure of the AMSR-E instrument cannot allow to put into<br />

operations the product H11 SN-OBS-2, due to a formal incompatibility with the product<br />

characteristics documented for such product up to now. The substitution of the algorithm<br />

based on AMSR-E with the one based on SSM/I is considered as fully adequate and

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