,i #aahth ,,congress #ast ,session ,h4 ,r4 #diac ,,in ,,the ,,house ,,of ,,representatives ,july #bf1 #bjbc,mr4 ,jackson of ,north ,carolina introduced the following bill2 which was referred to the ,committee on ,science1 ,space1 and ,technology ,a ,,bill ,to establish in the ,national ,oceanic and ,atmospheric ,administration a program to improve precipitation forecasts1 and for other purposes4 #a4 ,establishment of ,,noaa precipitation forecasts program 7a7 ,establishment ,there is established in the ,national ,oceanic and ,atmospheric ,administration 7,,noaa7 a program to improve precipitation forecasts 7in this section referred to as the program74 7b7 ,goal ,the goal of the program shall be to improve precipitation forecasts across all timescales through the research1 development1 and operational implementation of fully coupled ,earth ,system ,models4 ,the program shall carry out the following3 7#a7 ,improve the understanding and prediction of precipitation extremes from a wide variety of weather systems and climate patterns4 7#b7 ,improve the development1 production1 management1 assimilation1 integration1 availability1 and curation of datasets for precipitation prediction4 7#c7 ,identify and improve observations and analyses necessary for precipitation prediction1 including relating to water vapor1 oceans1 and boundary layers4 7#d7 ,utilize high performance computing and other technologies1 as appropriate1 to advance ,earth ,system ,models predictions skill of precipitation extreme phenomena1 including atmospheric rivers1 tropical cyclones1 and winter storms across weather1 subseasonal1 and decadal timescales4 7#e7 ,advance understanding and modeling of precipitation processes key to improving models and precipitation forecasts from weather to subseasonal-to-seasonal 7,s#b,s7 to seasonal-to-decadal 7,s#b;,d7 timescales4 7#f7 ,support research and development to improve the accuracy1 reliability1 and timeliness of precipitation prediction1 in collaboration with academic and private sector partners to test and evaluate emerging technologies1 including the use of machine learning and artificial intelligence4 7#g7 ,improve weather1 subseasonal1 seasonal1 and decadal skill for precipitation forecasts through the use of emerging techniques and technologies4 7#h7 ,support research in social and behavioral sciences to improve precipitation forecast products and communication1 in collaboration with the ,director of the ,national ,weather ,service4 7#i7 ,lead the ongoing advancement of current and next-generation precipitation forecasting models4 7#aj7 ,identify observational gaps1 systematic errors1 and model limitations in precipitation prediction systems4 7#aa7 ,improve1 expand1 and sustain operational precipitation products and applications for decision support4 7#ab7 ,coordinate across ,,noaa line offices to address priorities of the program4 7#ac7 ,direct efforts to engage with ,federal1 ,state1 local1 ,tribal1 and academic entities and stakeholders1 as appropriate1 when conducting program activities4 7#ad7 ,ensure adequate data management1 access1 and archive processes are in place to ensure data and metadata are findable1 accessible1 interoperable1 and usable by the science community and public4 7c7 ,updates ,the ,administrator of ,,noaa shall revise and update1 as necessary1 the goals of the program at least once every two years4 ,such revisions and updates shall be incorporated into relevant ,,noaa strategic implementation plans as determined appropriate by the ,administrator4 7d7 ,authorization of appropriations ,there is authorized to be appropriated to the ,national ,oceanic and ,atmospheric ,administration to carry out this section the following3 7#a7 #ae1jjj1jjj for fiscal year #bjbd4 7#b7 #ae1jdj1jjj for fiscal year #bjbe4 7#c7 #ae1jhj1hjj for fiscal year #bjbf4 7#d7 #ae1abb1daf for fiscal year #bjbg4 7#e7 #ae1bjj1jjj for fiscal year #bjbh4