UNIVERSITY OF OKLAHOMA

THIS REQUIREMENT IS TO UPDATE EXISTING MODELS AND NORMALIZATION TABLES FOR THE BE360ER AND CL605 AIRCRAFT, WITH SPECIFIC MODELS TO DETERMINE THE IMPACT OF NEW ANTENNAS/LOCATION CHANGES. PROVIDE A FLIGHT INSPECTION SYSTEM WITH MORE ACCURATE SIGNAL ST

GEOSTATIONARY CARBON CYCLE OBSERVATORY (GEOCARB) MISSION. NASA HAS SELECTED A FIRST-OF-ITS-KIND EARTH SCIENCE MISSION THAT WILL EXTEND OUR NATION'S LEAD IN MEASURING KEY GREENHOUSE GASES AND VEGETATION HEALTH FROM SPACE TO ADVANCE OUR UNDERSTANDING OF EARTH'S NATURAL EXCHANGES OF CARBON BETWEEN THE LAND, ATMOSPHERE AND OCEAN. THE PRINCIPAL INVESTIGATOR (PI)-LED MISSION WILL LAUNCH ON A COMMERCIAL COMMUNICATIONS SATELLITE TO MAKE OBSERVATIONS OVER THE AMERICAS FROM AN ORBIT OF APPROXIMATELY 22,000 MILES (35,400 KILOMETERS) ABOVE THE EQUATOR. THE MISSION WAS COMPETITIVELY SELECTED FROM 15 PROPOSALS SUBMITTED TO THE AGENCY'S SECOND EARTH VENTURE - MISSION ANNOUNCEMENT OF OPPORTUNITY FOR SMALL ORBITAL INVESTIGATIONS OF THE EARTH SYSTEM. THE PRIMARY GOALS OF THE GEOCARB MISSION ARE TO MONITOR PLANT HEALTH AND VEGETATION STRESS THROUGHOUT THE AMERICAS, TO PROBE, IN UNPRECEDENTED DETAIL, THE NATURAL SOURCES, SINKS AND EXCHANGE PROCESSES THAT CONTROL CARBON DIOXIDE, CARBON MONOXIDE AND METHANE IN THE ATMOSPHERE, AND TO PROVIDE OBSERVATIONS AND DEMONSTRATE METHODS TO REALIZE A TRANSFORMATIONAL ADVANCE IN THE SCIENTIFIC UNDERSTANDING OF THE GLOBAL CARBON CYCLE. THE GEOCARB MISSION, A CATEGORY 3 MISSION (PER NPR 7120.5E, NASA SPACE FLIGHT PROGRAM AND PROJECT MANAGEMENT REQUIREMENTS) WITH A CLASS D PAYLOAD (PER NPR 8705.4, RISK CLASSIFICATION FOR NASA PAYLOADS), IS A SCIENCE INVESTIGATION WITH THE PRIMARY OBJECTIVE OF SIGNIFICANTLY IMPROVING KNOWLEDGE OF TERRESTRIAL FLUXES OF CO2 AND CH4 AT SCIENCE- AND POLICY-RELEVANT SCALES. THE GEOCARB MISSION UTILIZES A MULTI-CHANNEL SLIT-SCAN SPECTROMETER BASED INSTRUMENT THAT WILL MEASURE ABSORPTION SPECTRA IN SUNLIGHT REFLECTED FROM THE GROUND TO INFER THE ATMOSPHERE-COLUMN CONCENTRATIONS OF CO2, CH4, AND CARBON MONOXIDE (CO). THE INSTRUMENT WILL ALSO MEASURE SOLAR-INDUCED FLUORESCENCE (SIF), WHICH PROVIDES DIRECT INFORMATION ABOUT PHOTOSYNTHESIS. THE CONTRACTOR AND ITS TEAM MEMBERS WILL PERFORM THE FULL NASA LIFE CYCLE FORMULATION AN

OPERATIONALIZING AM FOR SUSTAINMENT AND MODERNIZATION RESEARCH

SUMMER 2025 NROTC MIDSHIPMEN TUITION AND ALLOWABLE FEES

SPRING 2025 NROTC MIDSHIPMEN TUITION AND ALLOWABLE FEES

PLATINUM-LEVEL SPONSORSHIP WITH THE WITH THE UNIVERSITY OF OKLAHOMA'S NATIONAL CONFERENCE ON RACE AND ETHNICITY (NCORE) - TERMINATION FOR CONVENIENCE 01/23/2025, TOTAL CONTRACT VALUE REDUCED $20,000.00

PLATINUM-LEVEL SPONSORSHIP WITH THE WITH THE UNIVERSITY OF OKLAHOMA'S NATIONAL CONFERENCE ON RACE AND ETHNICITY (NCORE)

EDUCATIONAL SERVICE AGREEMENT

EDUCATIONAL SERVICE AGREEMENT

EDUCATIONAL SERVICE AGREEMENT

EDUCATIONAL SERVICE AGREEMENT

EDUCATIONAL SERVICE AGREEMENT

THE PURPOSE OF THIS REQUIREMENT IS TO IMPROVE OUR ABILITY TO COMMUNICATE WITH HOUSEHOLDS IN MEANINGFUL, UNDERSTANDABLE, AND ACTIONABLE WAYS ABOUT CUMULATIVE IMPACTS AND RISKS ASSOCIATED WITH CLIMATE CHANGE, PARTICULARLY FOR THOSE MOST VULNERABLE TO M

RESILIENT SUPPLY-AND-DEMAND NETWORKS (RSDN) PROGRAM

MOD 1 DE OBLIGATION OF REMAINDER OF FUNDS FOR CLOSE OUT- OK-OZARK PLATEAU NWR-VEGETATION SURVEY

NATIONAL CONFERENCE ON RACE AND ETHNICITY IN HIGHER EDUCATION (NCORE) CONFERENCE MAY 28 - JUNE 1, 2024 HONOLULU, HI SPONSORSHIP

RESILIENT SUPPLY-AND-DEMAND NETWORKS (RSDN)

EDUCATIONAL SERVICE AGREEMENT TUITION AND FEES SPRING 2024

DARPA RESEARCH PROJECT

EW23-7909 - UNIVERSITY OF OKLAHOMA INCREMENTAL FUNDING MODIFICATION

EW23-7909 - UNIVERSITY OF OKLAHOMA PERFORMANCE DEMONSTRATION OF AN INTEGRATED WATER-SOURCE HEAT PUMP WATER HEATER SYSTEM TO MEET SIMULTANEOUS HEATING AND COOLING DEMANDS AT MILITARY INSTALLATIONS

RESILIENT SUPPLY-AND-DEMAND NETWORKS (RSDN)

RESILIENT SUPPLY-DEMAND NETWORKS (RSDN)

WARC PORTABLE DOPPLER RADAR DATA COLLECTION

RESILIENT SUPPLY-DEMAND NETWORKS (RSDN)

RETRO TUITION AND FEES FOR EUBANKS FALL 2022

RETRO TUITION AND FEES FOR DUDLEY FALL 2022

RETRO TUITION AND FEES FOR FALL 2022

RETRO TUITION AND FEES FOR DUDLEY SPR 2023

RETRO TUITION AND FEES FOR EUBANKS SPR2023

MULTI-BAND MOBILE BISTATIC DATA COLLECTION SYSTEMS AND ANALYSIS

NON-PERSONAL SERVICES FOR HURRICANE DELTA SUPPORT FOR A DOPPLER UNIT AND UNIVERSITY PERSONNEL, DEOBLIGATE THE REMAINING FUNDS, CANCEL THE PURCHASE ORDER IN ITS ENTIRETY AND CLOSE OUT THE CONTRACT.

TUITION AND FEES FOR SPRING 2023

SUSTAINMENT AND MODERNIZATION RESEARCH AND DEVELOPMENT: OPERATIONALIZING ADDITIVE MANUFACTURING

RESILIENT SUPPLY-DEMAND NETWORKS (RSDN)

GEOSTATIONARY CARBON CYCLE OBSERVATORY (GEOCARB) MISSION NASA HAS SELECTED A FIRST-OF-ITS-KIND EARTH SCIENCE MISSION THAT WILL EXTEND OUR NATION'S LEAD IN MEASURING KEY GREENHOUSE GASES AND VEGETATION HEALTH FROM SPACE TO ADVANCE OUR UNDERSTANDING OF EARTH'S NATURAL EXCHANGES OF CARBON BETWEEN THE LAND, ATMOSPHERE AND OCEAN. THE PRINCIPAL INVESTIGATOR (PI)-LED MISSION WILL LAUNCH ON A COMMERCIAL COMMUNICATIONS SATELLITE TO MAKE OBSERVATIONS OVER THE AMERICAS FROM AN ORBIT OF APPROXIMATELY 22,000 MILES (35,400 KILOMETERS) ABOVE THE EQUATOR. THE MISSION WAS COMPETITIVELY SELECTED FROM 15 PROPOSALS SUBMITTED TO THE AGENCY'S SECOND EARTH VENTURE - MISSION ANNOUNCEMENT OF OPPORTUNITY FOR SMALL ORBITAL INVESTIGATIONS OF THE EARTH SYSTEM. THE PRIMARY GOALS OF THE GEOCARB MISSION ARE TO MONITOR PLANT HEALTH AND VEGETATION STRESS THROUGHOUT THE AMERICAS, TO PROBE, IN UNPRECEDENTED DETAIL, THE NATURAL SOURCES, SINKS AND EXCHANGE PROCESSES THAT CONTROL CARBON DIOXIDE, CARBON MONOXIDE AND METHANE IN THE ATMOSPHERE, AND TO PROVIDE OBSERVATIONS AND DEMONSTRATE METHODS TO REALIZE A TRANSFORMATIONAL ADVANCE IN THE SCIENTIFIC UNDERSTANDING OF THE GLOBAL CARBON CYCLE. THE GEOCARB MISSION, A CATEGORY 3 MISSION (PER NPR 7120.5E, NASA SPACE FLIGHT PROGRAM AND PROJECT MANAGEMENT REQUIREMENTS) WITH A CLASS D PAYLOAD (PER NPR 8705.4, RISK CLASSIFICATION FOR NASA PAYLOADS), IS A SCIENCE INVESTIGATION WITH THE PRIMARY OBJECTIVE OF SIGNIFICANTLY IMPROVING KNOWLEDGE OF TERRESTRIAL FLUXES OF CO2 AND CH4 AT SCIENCE- AND POLICY-RELEVANT SCALES. THE GEOCARB MISSION UTILIZES A MULTI-CHANNEL SLIT-SCAN SPECTROMETER BASED INSTRUMENT THAT WILL MEASURE ABSORPTION SPECTRA IN SUNLIGHT REFLECTED FROM THE GROUND TO INFER THE ATMOSPHERE-COLUMN CONCENTRATIONS OF CO2, CH4, AND CARBON MONOXIDE (CO). THE INSTRUMENT WILL ALSO MEASURE SOLAR-INDUCED FLUORESCENCE (SIF), WHICH PROVIDES DIRECT INFORMATION ABOUT PHOTOSYNTHESIS. THE CONTRACTOR AND ITS TEAM MEMBERS WILL PERFORM THE FULL NASA LIFE CYCLE FORMULATION AN

OK-OZARK PLATEAU NWR-VEGETATION SURVEY

GEOSTATIONARY CARBON CYCLE OBSERVATORY (GEOCARB) MISSION NASA HAS SELECTED A FIRST-OF-ITS-KIND EARTH SCIENCE MISSION THAT WILL EXTEND OUR NATION'S LEAD IN MEASURING KEY GREENHOUSE GASES AND VEGETATION HEALTH FROM SPACE TO ADVANCE OUR UNDERSTANDING OF EARTH'S NATURAL EXCHANGES OF CARBON BETWEEN THE LAND, ATMOSPHERE AND OCEAN. THE PRINCIPAL INVESTIGATOR (PI)-LED MISSION WILL LAUNCH ON A COMMERCIAL COMMUNICATIONS SATELLITE TO MAKE OBSERVATIONS OVER THE AMERICAS FROM AN ORBIT OF APPROXIMATELY 22,000 MILES (35,400 KILOMETERS) ABOVE THE EQUATOR. THE MISSION WAS COMPETITIVELY SELECTED FROM 15 PROPOSALS SUBMITTED TO THE AGENCY'S SECOND EARTH VENTURE - MISSION ANNOUNCEMENT OF OPPORTUNITY FOR SMALL ORBITAL INVESTIGATIONS OF THE EARTH SYSTEM. THE PRIMARY GOALS OF THE GEOCARB MISSION ARE TO MONITOR PLANT HEALTH AND VEGETATION STRESS THROUGHOUT THE AMERICAS, TO PROBE, IN UNPRECEDENTED DETAIL, THE NATURAL SOURCES, SINKS AND EXCHANGE PROCESSES THAT CONTROL CARBON DIOXIDE, CARBON MONOXIDE AND METHANE IN THE ATMOSPHERE, AND TO PROVIDE OBSERVATIONS AND DEMONSTRATE METHODS TO REALIZE A TRANSFORMATIONAL ADVANCE IN THE SCIENTIFIC UNDERSTANDING OF THE GLOBAL CARBON CYCLE. THE GEOCARB MISSION, A CATEGORY 3 MISSION (PER NPR 7120.5E, NASA SPACE FLIGHT PROGRAM AND PROJECT MANAGEMENT REQUIREMENTS) WITH A CLASS D PAYLOAD (PER NPR 8705.4, RISK CLASSIFICATION FOR NASA PAYLOADS), IS A SCIENCE INVESTIGATION WITH THE PRIMARY OBJECTIVE OF SIGNIFICANTLY IMPROVING KNOWLEDGE OF TERRESTRIAL FLUXES OF CO2 AND CH4 AT SCIENCE- AND POLICY-RELEVANT SCALES. THE GEOCARB MISSION UTILIZES A MULTI-CHANNEL SLIT-SCAN SPECTROMETER BASED INSTRUMENT THAT WILL MEASURE ABSORPTION SPECTRA IN SUNLIGHT REFLECTED FROM THE GROUND TO INFER THE ATMOSPHERE-COLUMN CONCENTRATIONS OF CO2, CH4, AND CARBON MONOXIDE (CO). THE INSTRUMENT WILL ALSO MEASURE SOLAR-INDUCED FLUORESCENCE (SIF), WHICH PROVIDES DIRECT INFORMATION ABOUT PHOTOSYNTHESIS. THE CONTRACTOR AND ITS TEAM MEMBERS WILL PERFORM THE FULL NASA LIFE CYCLE FORMULATION AN

TUITION AND FEES FOR FALL 2022

MULTI-BAND MOBILE BISTATIC DATA COLLECTION SYSTEMS AND ANALYSIS

GEOSTATIONARY CARBON CYCLE OBSERVATORY (GEOCARB) MISSION. NASA HAS SELECTED A FIRST-OF-ITS-KIND EARTH SCIENCE MISSION THAT WILL EXTEND OUR NATION'S LEAD IN MEASURING KEY GREENHOUSE GASES AND VEGETATION HEALTH FROM SPACE TO ADVANCE OUR UNDERSTANDING OF EARTH'S NATURAL EXCHANGES OF CARBON BETWEEN THE LAND, ATMOSPHERE AND OCEAN. THE PRINCIPAL INVESTIGATOR (PI)-LED MISSION WILL LAUNCH ON A COMMERCIAL COMMUNICATIONS SATELLITE TO MAKE OBSERVATIONS OVER THE AMERICAS FROM AN ORBIT OF APPROXIMATELY 22,000 MILES (35,400 KILOMETERS) ABOVE THE EQUATOR. THE MISSION WAS COMPETITIVELY SELECTED FROM 15 PROPOSALS SUBMITTED TO THE AGENCY'S SECOND EARTH VENTURE - MISSION ANNOUNCEMENT OF OPPORTUNITY FOR SMALL ORBITAL INVESTIGATIONS OF THE EARTH SYSTEM. THE PRIMARY GOALS OF THE GEOCARB MISSION ARE TO MONITOR PLANT HEALTH AND VEGETATION STRESS THROUGHOUT THE AMERICAS, TO PROBE, IN UNPRECEDENTED DETAIL, THE NATURAL SOURCES, SINKS AND EXCHANGE PROCESSES THAT CONTROL CARBON DIOXIDE, CARBON MONOXIDE AND METHANE IN THE ATMOSPHERE, AND TO PROVIDE OBSERVATIONS AND DEMONSTRATE METHODS TO REALIZE A TRANSFORMATIONAL ADVANCE IN THE SCIENTIFIC UNDERSTANDING OF THE GLOBAL CARBON CYCLE. THE GEOCARB MISSION, A CATEGORY 3 MISSION (PER NPR 7120.5E, NASA SPACE FLIGHT PROGRAM AND PROJECT MANAGEMENT REQUIREMENTS) WITH A CLASS D PAYLOAD (PER NPR 8705.4, RISK CLASSIFICATION FOR NASA PAYLOADS), IS A SCIENCE INVESTIGATION WITH THE PRIMARY OBJECTIVE OF SIGNIFICANTLY IMPROVING KNOWLEDGE OF TERRESTRIAL FLUXES OF CO2 AND CH4 AT SCIENCE- AND POLICY-RELEVANT SCALES. THE GEOCARB MISSION UTILIZES A MULTI-CHANNEL SLIT-SCAN SPECTROMETER BASED INSTRUMENT THAT WILL MEASURE ABSORPTION SPECTRA IN SUNLIGHT REFLECTED FROM THE GROUND TO INFER THE ATMOSPHERE-COLUMN CONCENTRATIONS OF CO2, CH4, AND CARBON MONOXIDE (CO). THE INSTRUMENT WILL ALSO MEASURE SOLAR-INDUCED FLUORESCENCE (SIF), WHICH PROVIDES DIRECT INFORMATION ABOUT PHOTOSYNTHESIS. THE CONTRACTOR AND ITS TEAM MEMBERS WILL PERFORM THE FULL NASA LIFE CYCLE FORMULATION A

GEOSTATIONARY CARBON CYCLE OBSERVATORY MISSION NASA FIRST-OF-ITS-KIND EARTH SCIENCE MISSION TO EXTEND OUR NATION'S LEAD IN MEASURING KEY GREENHOUSE GASES AND VEGETATION HEALTH FROM SPACE TO UNDERSTANDING OF EARTH'S NATURAL EXCHANGES OF CARBON

TUITION AND FEES FOR SPRING 2022

SMART FUSION FOR COMMAND AND CONTROL OPERATIONS

TUITION AND FEES FOR FALL 2021