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    The April 2024 cover of Nature Plants, featuring an illustration showing the multi-layered approach to studying symbiosis in this study.
    An Inside Look at How Plants and Mycorrhizal Fungi Cooperate
    Researchers looked at plant-fungi interactions in one of the first cross-kingdom spatially-resolved transcriptomics studies to date.

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    Pictured is an eelgrass habitat off the coast of the Western Baltic Sea, Falckenstein, at three metres deep. There is a purple starfish in the bottom left corner.
    Eelgrass proves to be much younger than we thought
    Scientists have shed light on both when and how eelgrass adapted and evolved throughout its history. Knowing more about how eelgrass evolved can help inform conservation efforts for at-risk populations.

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    New Research Finds Flagella in the Terrestrial Roots of Marine Bacteria
    Scientists have discovered flagella in an unexpected place: hot spring-dwelling bacteria. Research shows that flagella were lost in other forms of Chloroflexota that adapted to marine environments hundreds of millions of years ago

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    The reference sequence is useful for mapping the genes involved in sugar production and for identifying different variants on different chromosomes, information that can be used to assemble a more complex and more realistic polyploid sugarcane genome now underway. (Rufino Uribe, CC-SA 2.0)
    A Complex Confection Decoded: Sugarcane Reference Genome
    Sugarcane was the last major crop without a reference quality genome. Now crop researchers can work toward advancing sugarcane biotechnology.

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    A dirt path runs through a large grove of evergreen trees on a sunny day.
    Getting to the Bottom of Fungal Functions Across Earth’s Forests
    Across four forests, researchers have leveraged data from the 1000 Fungal Genomes project to form new connections between fungal guilds, genes and function.

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    A panoramic view of a lake reflecting a granite mountain.
    Genome Insider: Methane Makers in Yosemite’s Lakes
    Meet researchers who sampled the microbial communities living in the mountaintop lakes of the Sierra Nevada mountains to see how climate change affects freshwater ecosystems, and how those ecosystems work.

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    LISTEN: Adopt a Genome Program
    Undergraduates "adopt" genomes that the JGI sequenced, but never published in the literature. They analyze the genomes, write reports, and publish first-author papers, making the data available for future research.

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    A small boat floats beside a buoy, named David's Buoy, on Lake Mendota.
    The Megadata of Lake Mendota
    How software and supercomputing capabilities have evolved to enable large-scale analysis: The story of a massive metagenome assembly for a time-series experiment from the highly-studied Lake Mendota.

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    LISTEN: Natural Prodcast on the SMC
    Check out the JGI Secondary Metabolism Collaboratory (SMC), a new data portal for natural product biosynthetic gene clusters and meet Prodcast cohost Jackie Winter.

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    FY25 Awardees for Community Science Program Annual Call
    Prooposals from 18 researchers were selected for the 2025 JGI Community Science Program Annual Large Scale Call. Eight of the researchers have never been involved in a JGI proposal. Three are previous collaborators, though have never served as a principal investigator.

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    Gray protein structure with helices and arrows depicting a protein domain. The domain binds heme and two zinc ions.
    Pinning Down a Piece of Photosynthesis
    By studying the structure and function of a cyanobacterial protein, researchers have new insights into how these ocean photosynthesizers cycle carbon in changing conditions.

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    An aerial view of the Biosphere 2 facility, showing its distinct glass and steel structures set against the backdrop of rugged desert mountains and vast, arid landscape.
    Genome Insider: What Happens To a Rainforest When You Dial Up Drought?
    Rainforests store a big fraction of all the carbon on Earth. Through the FICUS program, researchers take a look at what happens to that storage when a rainforest hits a drought.

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    Accessing An Abundance of Knowledge
    A pilot summer internship enabled by the DOE RENEW initiative brought two Alabama A&M University students to the JGI for research training experience.

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    A view from the front of a kayak on a calm, reflective river surrounded by dense green foliage and trees under a clear blue sky.
    Genome Insider: Gotta Catch 'Em Gall
    To find new ways of engineering plants, researchers study wasps that program oak trees to raise their young in structures called galls.

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    A Decade On: The JGI-UC Merced Genomics Internship Program
    What started with 2 interns in the summer of 2014 has grown to 75 student alumni. Mentors, students and others gathered to reflect on the benefits of this partnership.

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User Programs
Home › User Programs › User Program Info › FICUS Overview

FICUS Overview

The “Facilities Integrating Collaborations for User Science” (FICUS) initiative was established in 2014 to encourage and enable researchers to more easily integrate the expertise and capabilities of multiple Department of Energy Office of Science National User Facilities into their research. In recognition of the increasingly collaborative and multidisciplinary nature of DOE mission science projects, this initiative aims to encourage innovative research exploiting a range of capabilities.

Previously researchers had to apply to each facility with separate review schedules and selection processes, making it difficult to propose projects that truly integrated the capabilities of more than one facility. The FICUS initiative not only simplifies and streamlines this process, but enables scientists to conduct fundamental science experiments in ways they couldn’t with projects undertaken separately at either user facility. Future calls are expected to continue to expand the range of facilities and capabilities accessible through the program.

  • FICUS JGI-EMSL Collaborative Science Initiative
  • FICUS JGI-NERSC-KBase Biological Data Science

How does FICUS Work?

Proposals for the annual FICUS call with EMSL begin with a Letter of Intent (LOI) from a researcher, briefly describing the project motivation, experimental design, capabilities to be used and DOE mission relevance. LOIs allow JGI and EMSL to plan for appropriate review and prevent full applications for projects outside of DOE mission areas or outside the scope of the call. Letters are reviewed by JGI and EMSL scientific staff, and nearly all LOIs are accepted for full proposal submission. The major reason for disapproval is a lack of relevance to DOE mission areas. In some cases, a meritorious project does not fit within JGI or EMSL’s capabilities. In these cases, staff scientists will often be able to suggest an alternative strategy that meets the project objectives.

Proposals submitted to the JGI-NERSC-KBase call do not use the Letter of Intent; rather proposals are submitted in a single step.

The researcher then submits a proposal for consideration in the next review cycle. All proposals undergo technical review by JGI staff as well as staff at the other participating facilities, who consider technical feasibility and readiness to begin work, checking such factors as genome size, polymorphism level, sample quality and availability, etc.  During scientific peer review, proposals are evaluated and placed in rank order by the reviewers. The ranked proposal list, along with a recommendation from management at JGI and the other participating facilities, is then forwarded to DOE for final approval. Following DOE approval, project managers negotiate project specifics with PIs (including JGI scientists as needed), and the work plan is written into a Statement of Work document.

For accepted proposals, sequencing, synthesis, metabolomics and analysis will be paid for by the Department of Energy’s funding of the JGI. There is no cost to the user and no granting of funds.

For sequencing projects, once work is under way, raw sequence data is released to NCBI’s Sequence Read Archive on a regular basis, in accordance with JGI’s data release policy. Interactions with applicants and others who might be interested in the project are coordinated through JGI’s Project Management Office. At the completion of a project, the JGI makes the assemblies, gene annotations, and analyses available to the community at large. In most cases where the JGI provides more customized analysis, the JGI also participates in publication of results.

Approved FICUS plans for past years

  • Calls for User Proposals
  • CSP Overview
  • FICUS Overview
    • FICUS JGI-EMSL
    • FICUS JGI-NERSC-KBase
  • Closed Calls
  • Review Process and Scoring Criteria
  • DOE Mission Relevance
  • Proposals FAQ

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