Environmental System Science Program
U.S. Department of Energy | Office of Science | Biological and Environmental Research Program
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ORISE Pre-workshop
1. Do you work in academia or at a National Lab?
(Required)
select one
Academia
National Lab
Industry
Other
Please specify
(Required)
2. What plant(s) do you work in?
(Required)
3. Given BER has funded or currently funds several projects that use perennial crop “gardens”, would it be helpful to partner on future projects utilizing these gardens?
(Required)
Yes
No
How can BER and the project teams help in this effort?
(Required)
What types of projects do you foresee this type of collaboration working for?
(Required)
4. In the crop(s) that you work in, do you struggle to obtain, maintain, or store plant material (i.e. seed, clones, etc.)?
(Required)
Yes
No
How have you dealt with this problem?
(Required)
What recommendations do you have to increase access and/or maintain bioenergy crop genetic resources?
(Required)
5. What attributes make a resilient bioenergy crop?
(Required)
select one
Alpha
Beta
Gamma
Delta
6. What environmental gradients or climate drivers are likely to limit the productivity or success of bioenergy crops?
(Required)
select one
Alpha
Beta
Gamma
Delta
7. What desirable plant resilience trait currently not found in bioenergy crops would have the highest impact on bioenergy crop resilience?
(Required)
select one
Root nodule symbiosis
CAM photosynthesis
Other
Please specify
(Required)
8. What is the most pressing issue in the field of bioenergy crop resilience and sustainability?
(Required)
select one
Alpha
Beta
Gamma
Delta
9. If the pressing issue is specific to a particular bioenergy crop species or microbial taxa, please specify here.
(Required)
10. What data are most needed to resolve the most pressing issue in the field of bioenergy crop resilience and sustainability?
select one
Genetic data
Genomic data
Environmental data
Other
Please specify
(Required)
11. What non-food crops or organisms (e.g., microbial taxa) could contribute to more resilient and sustainable bioenergy crop production that are not currently included in the BER portfolio?
(Required)
The current list of supported bioenergy crops includes but is not limited to: Miscanthus, switchgrass, energycane, Populus, willow, sorghum, pennycress, carinata, camelina, Camelina, and duckweed.
12. What facility resources needs are most limiting to research progress on resilient and sustainable bioenergy crop production in the short term (i.e, within the next five years)?
(Required)
13. What computational resources needs are most limiting to research progress on resilient and sustainable bioenergy crop production in the short term (i.e. within the next five years)?
(Required)
14. What technological resource needs are most limiting research progress on resilient and sustainable bioenergy crop production in the short term (i.e., within the next five years)?
(Required)
15. What facility resources needs are most limiting to research progress on resilient and sustainable bioenergy crop production in the long term (i.e, in ten years and beyond)?
(Required)
16. What computational resources needs are most limiting to research progress on resilient and sustainable bioenergy crop production in the long term (i.e, in ten years and beyond)?
(Required)
17. What technological resources needs are most limiting to research progress on resilient and sustainable bioenergy crop production in the long term (i.e, in ten years and beyond)?
(Required)
18. What types of collaborations are needed to enable the research that can resolve the most pressing issues in the field of bioenergy crop resilience and sustainability?
among different disciplinary fields in academia
among different disciplinary fields outside academia
among different national labs
among other government agencies
with industry
with other stakeholders or groups
Please list the disciplinary fields in academia
(Required)
Please list the disciplinary fields outside academia
(Required)
Please list the national labs
(Required)
Please list the government agencies
(Required)
Please list the industries
(Required)
Please list the other stakeholders or groups
(Required)
19. Other than financing, what is needed to incentivize collaborations to enable research that can resolve the most pressing in the field of bioenergy crop resilience and sustainability?
(Required)
select one
Alpha
Beta
Gamma
Delta
20. What is the timescale of research needed to resolve the most pressing issue described above, and what collaborations can be fostered to accelerate progress?
(Required)
select one
Alpha
Beta
Gamma
Delta
21. What topic should be addressed in the workshop that is not already mentioned in the previous survey questions?
22. Do you have any other comments that you would like to share?
Email
(Required)