PPT-Snow Field over Kansas 2/22 – 2/24 2013

Adjusted data Comparison for DayNight passes on 2222013 Night and Day passes for 222 Cloud Type Mask for 222 Purple Clear any other color cloud The cloud field for the Day passes looks reasonable The Night case looks like its missing a lot especially in the Northwest corner Im expecting some contamination. doesnt dont doesnt doesnt brPage 5br Test Estimated Hardness brPage 6br JPL Snow Server. Chris . Mattmann. , Thomas H. Painter, . NASA Jet Propulsion Laboratory. California Institute of Technology. ARSET. A. pplied. . R. emote. . SE. nsing. . T. raining. A project of NASA Applied Sciences. Everything You Need To . K. now . About “Bleeding . Kansas” To Succeed In APUSH. www.Apushreview.com. Kansas-Nebraska Act (1854). 1854 Law that allowed for popular sovereignty in the Kansas and Nebraska Territories. Schematic of factors contributing to high ozone concentrations. Potential temperature profile (red line) with stable layer trapping ozone precursors (. NO. x. and VOCs) within the Cold-Air Pool (CAP). Snow cover reflects solar radiation, increases photolysis rates, and leads to enhanced ozone (O. . New Mexico Texas Oklahoma Kansas. . Master Development Plan. Carlsbad Field Office Natural Resource Specialist Team. September 23, 2014. BLM. New Mexico Oklahoma Texas Kansas. By Solomon Thomas, Curtis heard and . L. uke Harmsworth. . Winter 2013 into 2014 is forecast to be . severe with above average . snowfall and . freezing . temperatures.. Long range . weather . forecasts have predicted . Forecasting and Hazard . Mitigation. P. ETER. B. ANACOS . 1. ,. A. NDREW. . LOCONTO . 1. , and . G. REG. . D. E. V. OIR . 2. . 1. WFO . Burlington, . VT . 2. WFO State College, PA. Northeast Regional Operational Workshop XIV – 11 December . x. Snow Cover. VOCs. O. 3. Fig. 1.1 Simplified schematic of typical situation leading to high ozone concentrations. Red line represent potential temperature profile with stable layer trapping pollutants and ozone precursors in the low levels. Snow cover reflects solar radiation. Cindy Galemore MSEd, BSN, RN, NCSN. Director of Health Services. Olathe District Schools, Olathe, KS. Editor . NASN School Nurse. Professional Standards Chair for Kansas School Nurses Organization. Objective. Cindy Galemore MSEd, BSN, RN, NCSN. Director of Health Services. Olathe District Schools, Olathe, KS. Editor . NASN School Nurse. Professional Standards Chair for Kansas School Nurses Organization. Objective. Site CountyFieldbblFormationDepth ftOil Gravity APIReservoir Pressure psiAve Reservoir Temp CEst MMP psi 1KingmanSpivey-Grabs-Basil70647222 Mississippian/ Viola4400371724 1361683 2EllsworthStoltenberg  . Alain . Royer, . Alexandre. . Roy, Benoit . Montpetit. and . Al. exandre. . Langlois. Cartel. , . Université. de . Sherbrooke. With the . collaboration . of. Ghislain. Picard, LGGE, . Grenoble (DMRT). What have we learned from observations and CMIP5 simulations?. Chris . Derksen. and Ross Brown. Climate Research Division. Environment . Canada. Thanks to our data providers. :. Rutgers Global Snow Lab . The mega storm front hit the Kansas City metro area on July 30. th. , at 06:00 AM CDT.. EXERCISE ONLY!!. EXERCISE ONLY!!!!. 08:00 INITIAL CNN REPORT. The Morning News show on CNN reports:. “ Kansas City sustained extensive damage throughout the city. Never in US history has one City been hit so hard by tornadoes. An estimated 12 tornadoes hit in and around the Kansas City metro area. Six tornadoes were ranked as either a F4 or F5 on the scale. That means the winds in these storms were at least in excess of 200 miles an hour. Six of those 12 funnel clouds were on the ground throughout the city for more than 30 minutes. Two of the clouds were on the ground for over an hour. A few observers reported funnel clouds over a mile in length. Many parts of the city which were hit had never been hit by a tornado. .