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CEREO March 2018

Research Opportunities in Space and Earth Sciences (ROSES) – New Frontiers Data Analysis Program

Closing Deadline: 23 Aug 2018
The objective of the New Frontiers Data Analysis Program (NFDAP) is to enhance the scientific return from New Frontiers missions by broadening scientific participation in the analysis and interpretation of data returned by these missions. Other mission and non-mission data sets may be used to supplement these data in a supporting role, but all proposals require the use of data from at least one New Frontiers mission.
This program solicits research proposals to conduct scientific investigations utilizing or enhancing the utilization of data obtained by the New Frontiers missions. For the purposes of this solicitation, “data” is understood to include both uncalibrated and calibrated data as well as higher-order data products produced from the mission data.!{E8105664-4EB8-70E8-FEFB-A23972670A58}&path=open

ROSES 2018: Earth Science Applications: Water Resources

Closing Deadline: 17 Aug 2018
Within the NASA Earth Science Division, the Applied Sciences Program solicits proposals that develop and demonstrate the integration of NASA Earth science data and models into water resource management applications and decision support tools that can be sustained by operational partners or stakeholders. Remote sensing data, in combination with hydrologic models, can provide important information to assist water resource managers working with a wide range of partners and stakeholders. In order to make the best decisions possible and develop strategies that enhance the security and sustainability of water supplies, water resource managers and their stakeholders need timely information on water quality, supply, and demand.!{BE264B80-D499-0B71-8257-7E602C370A97}&path=open

ROSES 2018: Atmospheric Composition: Modeling and Analysis

Closing Deadline: 24 Aug 2018
coupled effects of changes in ozone depleting substance emissions and climate variations on ozone recovery and future atmospheric composition; enabling more accurate climate forecasts based on improved understanding of the forcings of global environmental change; and developing and refining better air quality forecasts that take into account the feedbacks between regional air quality and global climate variations. Achievements in these areas via advances in observations, data assimilation, and modeling enable improved descriptions and predictions of how changes in atmospheric composition affect ozone, climate, and air quality.!{E81E419F-870E-F33B-BD1E-9D1C4AC3430C}&path=open

ROSES 2018: Physical Oceanography

Closing Deadline: 29 Jun 2018
The primary scientific thrust for physical oceanography at NASA is toward understanding the ocean’s role in climate variability and its prediction. Since the general ocean circulation plays a critical role in the global heat balance and materially changes atmospheric properties through air-sea exchange, understanding and modeling the state of the coupled ocean-atmosphere system are fundamental to climate studies. NASA utilizes the unique vantage point of space to enable rapid collection of global ocean data sets and intends to contribute significantly to the World Climate Research Program’s Climate Variability and Predictability (CLIVAR) Program (!{78EFB6F9-B943-22D1-CA1E-576473D3E354}&path=open