Opportunity Information: Apply for NNH16ZDA001N ACMAP
Apply for NNH16ZDA001N ACMAP
- The NASA-HQ in the science and technology and other research and development sector is offering a public funding opportunity titled "ROSES 2016: Atmospheric Composition: Aura Science Team and Atmospheric Composition Modeling and Analysis Program" and is now available to receive applicants.
- Interested and eligible applicants and submit their applications by referencing the CFDA number(s): 43.001.
- This funding opportunity was created on Jun 17, 2016 and posted on Jun 17, 2016.
- Applicants must submit their applications by Aug 17, 2016. (Agency may still review applications by suitable applicants for the remaining/unused allocated funding in 2026.)
- Eligible applicants include: Others (see text field entitled Additional Information on Eligibility for clarification).
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Opportunity Summary:
The ROSES 2016 opportunity titled "Atmospheric Composition: Aura Science Team and Atmospheric Composition Modeling and Analysis Program" (Funding Opportunity Number NNH16ZDA001N, sometimes referenced with ACMAP) is part of NASA's larger omnibus solicitation known as ROSES, which supports research aligned with the Science Mission Directorate (SMD). In practical terms, this call is meant to fund a wide range of basic and applied investigations that strengthen NASA's space and Earth science portfolio, with this specific element pointing toward atmospheric composition science, including work that supports the Aura mission science community and modeling and analysis efforts tied to atmospheric composition observations.
The scope is intentionally broad and is not limited to one method or one platform. NASA invites proposals that involve theory, modeling, and analysis of SMD science data, including data from space-based missions as well as suborbital and field-based assets. The solicitation explicitly mentions research using aircraft campaigns, scientific balloons, sounding rockets, the International Space Station, CubeSats, and suborbital reusable launch vehicles. Alongside data analysis, the opportunity also supports work that develops new experiment techniques suitable for future SMD missions, advances concepts for future missions, and matures technologies relevant to NASA's science goals. For atmospheric composition-focused proposers, that can translate into improving retrieval algorithms, integrating multi-sensor datasets, developing or evaluating chemical transport or Earth system model components, and performing studies that connect observations to processes that drive composition changes over time.
Beyond modeling and observational analysis, the ROSES framework also covers laboratory and field activities that help interpret NASA measurements. That includes laboratory analysis techniques for extraterrestrial samples returned by spacecraft (and terrestrial analog samples used to verify Earth observations), determination of atomic and molecular parameters needed to interpret space-based spectra and composition measurements, and Earth surface observations or field campaigns that support NASA Earth system science missions. The solicitation also highlights development of integrated Earth system models and applied systems that translate Earth science research data into societal benefits, meaning proposals can be oriented toward decision-support tools or information systems as long as they remain consistent with SMD objectives and NASA data use.
Funding levels vary widely based on the nature of the proposed work. The notice explains that smaller, focused efforts such as a targeted data analysis project may be funded at under $100,000 per year, while large, complex activities such as building specialized experimental science hardware can exceed $1 million per year. The amount available for any given program element ranges from under $1 million to several million dollars, which means selection rates and the number of awards can vary substantially depending on proposal quality, program priorities, and the number of submissions. NASA indicates it may make only a handful of selections in some areas or several dozen in others, reflecting how different subprograms within ROSES are structured.
Awards may be issued using several mechanisms, including grants, cooperative agreements, contracts, and inter- or intra-agency transfers. Which instrument is used depends on what is being proposed, who is proposing it, and any programmatic requirements that apply. The typical period of performance is three years, but some program elements allow up to five years, while others may be shorter, so proposers are expected to check the specific appendix entry for the atmospheric composition element to confirm allowable durations and any special constraints.
Eligibility is broad. Organizations of all types may apply, including domestic and foreign entities, government and private organizations, for-profit and non-profit institutions, and there are no restrictions on teaming arrangements. However, NASA reiterates its policy that projects involving non-US organizations must be conducted on a no-exchange-of-funds basis, meaning foreign partners can participate but NASA funds generally cannot be transferred to them. This is an important planning detail for international collaborations and should be reflected in budgets and roles if non-US partners are included.
Submission is electronic and must be made by an authorized organizational representative by the relevant due date for the specific program element. Proposals can be submitted through NSPIRES (NASA's proposal system) or via Grants.gov, but registration requirements apply. Any organization submitting must be registered in NSPIRES, and if it plans to submit through Grants.gov it must also be registered there. The registration must identify the authorized official(s) allowed to submit on the organization's behalf. In addition, all principal investigators and other participants, such as co-investigators, must be registered in NSPIRES regardless of which submission portal is used. Because registration can take time, NASA encourages proposers to start early so they can navigate system requirements and complete organizational and investigator profiles well before the deadline.
Key logistics for this particular posting include a posted date of June 17, 2016 and an application due date of August 17, 2016. The opportunity is managed by NASA Headquarters under the broader ROSES 2016 umbrella, and details for each solicited program element are provided in the ROSES appendices, with summarized tables (Tables 2 and 3) listing program names, links, and due dates. NASA also notes that amendments and new elements can be added to ROSES through February 2017, so proposers were encouraged to monitor NSPIRES for updates, subscribe to notifications, and consult the ROSES web archive and FAQ pages for clarifications and corrections. For program-specific questions, NASA directs applicants to the relevant program officers listed in the appendices, while general ROSES policy and procedural questions could be sent to the SMD research contact email (sara@nasa.gov), with Max Bernstein identified as the lead contact for general ROSES matters.
FAQs: ROSES 2016 Atmospheric Composition (Aura Science Team and ACMAP)
What is the full title of this funding opportunity?
The opportunity is titled "Atmospheric Composition: Aura Science Team and Atmospheric Composition Modeling and Analysis Program" under ROSES 2016.
What is the Funding Opportunity Number (FON)?
The Funding Opportunity Number is NNH16ZDA001N. It is sometimes referenced with the acronym ACMAP.
What larger solicitation is this opportunity part of?
This opportunity is an element within NASA's omnibus solicitation ROSES (Research Opportunities in Space and Earth Sciences), managed under NASA's Science Mission Directorate (SMD).
What is the overall purpose of ROSES and how does this element fit in?
ROSES supports research aligned with SMD and is intended to fund a broad range of basic and applied investigations that strengthen NASA's space and Earth science portfolio. This specific element focuses on atmospheric composition science, including work that supports the Aura mission science community and modeling and analysis tied to atmospheric composition observations.
Is the scope narrow (limited to one method, platform, or dataset)?
No. The scope is intentionally broad and is not limited to one method or one platform.
What kinds of research approaches are encouraged?
NASA invites proposals involving theory, modeling, and analysis of SMD science data, including data from space-based missions as well as suborbital and field-based assets.
What observation platforms or assets are explicitly mentioned as relevant?
The solicitation explicitly mentions aircraft campaigns, scientific balloons, sounding rockets, the International Space Station, CubeSats, and suborbital reusable launch vehicles, in addition to space-based missions and field-based assets.
What kinds of atmospheric composition work might fit under this element?
Examples described include improving retrieval algorithms, integrating multi-sensor datasets, developing or evaluating chemical transport model or Earth system model components, and performing studies that connect observations to the processes that drive composition changes over time.
Does the opportunity support new techniques or mission concepts?
Yes. The opportunity supports work that develops new experiment techniques suitable for future SMD missions, advances concepts for future missions, and matures technologies relevant to NASA's science goals.
Are laboratory and field activities allowed, or is it only modeling and data analysis?
Laboratory and field activities are included within the ROSES framework when they help interpret NASA measurements. The description mentions laboratory analysis techniques for extraterrestrial samples returned by spacecraft (and terrestrial analog samples used to verify Earth observations), determining atomic and molecular parameters needed to interpret spectra and composition measurements, and Earth surface observations or field campaigns that support NASA Earth system science missions.
Can proposals focus on applied systems or societal benefits?
Yes. The solicitation highlights development of integrated Earth system models and applied systems that translate Earth science research data into societal benefits, including decision-support tools or information systems, as long as they remain consistent with SMD objectives and NASA data use.
How much funding is available per project?
Funding levels vary widely based on the proposed work. Smaller, focused efforts (such as targeted data analysis) may be funded at under $100,000 per year, while large, complex activities (such as building specialized experimental science hardware) can exceed $1 million per year.
How much funding is available for the program element overall?
The amount available for any given ROSES program element can range from under $1 million to several million dollars, so the number of awards and selection rate may vary depending on proposal quality, program priorities, and how many proposals are submitted.
How many awards does NASA expect to make?
NASA indicates it may make only a handful of selections in some areas or several dozen in others, reflecting differences across ROSES subprograms and available funding within particular elements.
What award mechanisms might NASA use?
Awards may be issued as grants, cooperative agreements, contracts, or inter- or intra-agency transfers. The instrument depends on what is being proposed, who is proposing it, and applicable programmatic requirements.
What is the typical period of performance?
The typical period of performance is three years.
Can projects be longer than three years?
Some program elements allow up to five years, while others may be shorter. Applicants are expected to check the specific ROSES appendix entry for the atmospheric composition element for allowable durations and any special constraints.
Who is eligible to apply?
Eligibility is broad: organizations of all types may apply, including domestic and foreign entities, government and private organizations, and for-profit and non-profit institutions. There are no restrictions on teaming arrangements.
Are foreign organizations allowed to participate, and can they receive NASA funds?
Foreign organizations can participate, but NASA reiterates that projects involving non-US organizations must be conducted on a no-exchange-of-funds basis. In practice, this means foreign partners may participate, but NASA funds generally cannot be transferred to them, and collaborations should be planned accordingly in roles and budgets.
How do applicants submit a proposal?
Submission is electronic and must be made by an authorized organizational representative by the due date for the specific program element. Proposals can be submitted through NSPIRES (NASA's proposal system) or via Grants.gov.
What registration requirements apply for submission?
Organizations submitting proposals must be registered in NSPIRES. If submitting through Grants.gov, the organization must also be registered there. Registration must identify the authorized official(s) permitted to submit on the organization's behalf.
Do principal investigators and co-investigators need to be registered?
Yes. All principal investigators and other participants (such as co-investigators) must be registered in NSPIRES regardless of whether the proposal is submitted via NSPIRES or Grants.gov.
Why does NASA recommend starting the registration process early?
Because registration can take time and involves completing organizational and investigator profiles and setting up authorized submission officials. NASA encourages starting early to avoid delays near the deadline.
What are the posted date and due date for this posting?
The posted date is June 17, 2016, and the application due date is August 17, 2016.
Where can applicants find program-element-specific details like due dates and requirements?
Details for each solicited program element are provided in the ROSES appendices. The solicitation also references summarized tables (Tables 2 and 3) that list program names, links, and due dates.
Can ROSES be updated after it is posted?
Yes. NASA notes that amendments and new elements can be added to ROSES through February 2017, and proposers were encouraged to monitor NSPIRES for updates and subscribe to notifications.
Where should applicants look for clarifications or corrections?
NASA points applicants to NSPIRES updates and also references the ROSES web archive and ROSES FAQ pages for clarifications and corrections.
Who should applicants contact with questions about this opportunity?
For program-specific questions, applicants should contact the relevant program officers listed in the ROSES appendices. For general ROSES policy and procedural questions, NASA provides the SMD research contact email: sara@nasa.gov, with Max Bernstein identified as the lead contact for general ROSES matters.
Who manages this opportunity?
The opportunity is managed by NASA Headquarters under the broader ROSES 2016 umbrella.
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