NE2210: Improving Forage and Bioenergy Crops for Better Adaptation, Resilience, and Nutritive Value
(Multistate Research Project)
Status: Active
Date of Annual Report: 07/18/2023
Report Information
Period the Report Covers: 06/27/2022 - 06/23/2023
Participants
Charlie Brummer (UCD), Virginia Moore (Cornell), Rebecca Brown (URI), Heathcliffe Riday (USDA), Neal Wepking (USDA), Xu Zhanyou (USDA), Ali Missaoui (UGA), Tim Phillips (KY), Yousef Papadapoulos (Agri Canada), Kathleen GLover (Agri Canada), Mike Peel (USDA, virtual), Annie Classens (Quebec, virtual), Nancy Jo Ehkle (UMN, virtual), Hari Poudel (virtual)Brief Summary of Minutes
Our meeting followed the outline of our various activities:
1.1 Developing regionally adapted, resilient alfalfa germplasm pools. Cooperating locations: AES: Cornell Univ., Univ. Florida, Univ. Vermont, and Univ. California, Davis [co-lead]; USDA-ARS: Logan, UT and Madison, WI [co-lead]; AAFC: Québec, QC, Saskatoon, SK
Charlie presented on activities at UC Davis to develop germplasm pre-breeding pools. These are focused on southern breeding pools, with field sites at Davis CA Stockton CA and Prosser Wa. THis is funded by alfalfa seeds and forage. Mike and Ginny and Heathcliffe all added to the discussion, as they handle the northern adapted germplasm pools. The Utah, Toulame Lake (Ca) and Ithaca New York sites have harvested year 1. Nova Scotia has selected matching material, Annie had connection difficulties. The project is generally making headway, with ongoing phenotyping at all participating sites. There was an extended discussion of finding new funding.
Xu led a conversation of genotyping of alfalfa germplasm, which is being done by DART-SEQ through breeding insight. Brian Irish is going work on characterizing PI accessions in the National Plant Germplasm System.
1.2. Evaluating annual cover crops for regional adaptation and climate resilience and mitigation. AES: Cornell Univ. [Lead], Univ. Rhode Island; Univ. Vermont, AAFC: Truro, NS.
Ginny and Heathcliffee discussed ongoing activities in the cover crop breeding network, including work on overwintering peas, hairy vetch, and minor clovers. This has been supported by a NIFA OREI and SAS CAP. Discussion included ways to bring in folks not part of this grant. There is some interest in using tricot methods on farmers to be more participatory. Ginny also discussed an unfunded NE SARE proposal. von Wettberg discussed msc work of UVM student Emmanuel Brefo.
1.3. Developing switchgrass germplasm with improved fungal pathogen resistance. Cooperating locations: AES: Cornell Univ. [lead], Mississippi State Univ., Rutgers Univ., South Dakota State Univ.; USDA-ARS: Madison, WI.
This was skipped due to the participants not being present.
1.4. Developing resilient cool-season grasses adapted to variable climatic conditions. Cooperating locations: AES: Cornell Univ.; South Dakota State Univ.; Univ. California, Davis; Univ. Kentucky, and Univ. Minnesota; USDA-ARS: Logan, UT [co-lead] and Madison, WI; AAFC: Québec, QC and Saskatoon, SK [co-lead].
Mike, Bill, and ANnie discussed funded work in this aim in Canada. Tall fescue, orchardgrass, and timothy are the foci. They are moving quickly towards a complete manuscript. Yousef is doing related work on mixing grasses and timothy.
Heathcliffe also discussed work in this aim on the US. This objective is moving more slowly than others due to it being funded on the Canadian side.
1.5. Determining the extent of genetic variability of CT among currently available birdsfoot trefoil cultivars and elite lines. Cooperating locations: AES: Cornell Univ., Univ. Rhode Island; Univ. Vermont USDA-ARS: Logan, UT and Madison, WI; AAFC: Truro, NS [lead].
Yousef and Rebecca both gave presentations on progress. Condensed tannin characterization is back on schedule after pandemic delays. The URI field trial is largely wrapped up, after two successful seasons but increasing amounts of weed growth.
1.6. Evaluating Miscanthus for forage and bioenergy across warm season locations. AES: Univ. Mississippi [co-lead], Univ. Illinois [co-lead].
This activity was skipped due to the absence of participants.
1.7 We added a new objective, 1.7. THis is on breeding for intercropping. This is based on funding Ginny Moore, Heathcliffe Riday, and Brandon Schlautman at the Land Institute have for breeding alfalfa to pair with kernza. Non-participatn Jean-Luc and others are doing similar work to breed oats and peas for co-cultivation. This aim will be expanded next year.
- Understanding genotype by environment interactions across multiple forage species
Comments: Cooperating locations: AES: Auburn Univ., Cornell Univ., Mississippi State Univ., Rutgers Univ., South Dakota State Univ., Univ. California, Davis, Univ. Florida, Univ. Georgia, Univ. Kentucky, Univ. Minnesota, Univ. Rhode Island, Univ. Tennessee; Univ. Vermont; USDA-ARS: Logan, UT and Madison, WI; AAFC, Lethbridge, AB, Québec, QC, Saskatoon, SK, and Truro, NS.
Ali Missaoui led the discussion on this topic. It is moving towards a publication on G*E across sites. It is waiting for data from one or two sites.
Accomplishments
<ul><br /> <li><strong>Short-term Outcomes:</strong> Our project links together most public sector forage breeders in North America, creating a training environment that is beneficial to our field. Our work is also pushing forward the adoption of cover cropping, a sustainability practice that has increased from near zero percent of farmland to over 5% of farmland.</li><br /> <li><strong>Outputs:</strong> Switchgrass and miscanthus cultivars are under institutional approval at Mississippi state. Alfalfa varieties are under approval at ARS, U Florida, and UC Davis. Among Canadian partners, alfalfa, trefoil, and cool season grass cultivars are moving towards approval.</li><br /> <li><strong>Activities:</strong> We have 6 collaborative activities that are moving forward, as multisite trials on 1) alfalfa 2) cool season grasses 3) birds foot trefoil 4) Miscanthus 5) switchgrass 6) cover crops and 7) genotype by environment interactions.</li><br /> <li><strong>Milestones:</strong> A key milestone will be the distribution of alfalfa breed-breeding pools to move sites in 2024, and the expansion of switchgrass plantings in 2024.</li><br /> </ul>Publications
<p><strong>von Wettberg EJ, </strong>Brefo E, Hart J, Kretzler B. Disease issues for grain legumes in Northeastern North America. Invited chapter in <em>Next Generation Breeding approaches for designing disease resistant legumes crops. </em>Eds. U. Jha, Sharma K, Nayyer H, <strong>von Wettberg EJ</strong> and KHM Siddique. <em>Invited submission, In Press.</em></p><br /> <p>Laverick M, <strong>von Wettberg EJ</strong>, An ethnobotanical review of tuberous legumes as viable crops in Vermont. Invited chapter in <em>Crop Wild Relatives for Legumes crops. </em>Eds. U. Jha, Sharma K, Nayyer H, <strong>von Wettberg EJ</strong> and KHM Siddique. <em>Invited submission, In Press.</em></p><br /> <p>Khan MK, Pandey A, Athar T, Hamurcu M, Gezgin S, Sassi G<sup>2</sup>, Kahraman. A, <strong>von Wettberg EJ. </strong>2022. Current trends in genetic enhancement of legumes in the genomics era for a sustainable future. <em>In: Advances in Legumes for Sustainable Intensification. </em>Academic Press, Elsevier. <em>p533-552. <a href="https://www.sciencedirect.com/science/article/pii/B9780323857970000276">https://www.sciencedirect.com/science/article/pii/B9780323857970000276</a></em></p><br /> <p>Delaney-Studer S, <strong>von Wettberg EJ</strong>, Towards the next angiosperm revolution: agroecological food production as a driver for biological diversity<strong>. </strong>Elementa, special topic on “'<a href="https://online.ucpress.edu/elementa/pages/new_pathways_to_sustainability_in_agroecological_systems">New Pathways to Sustainability in Agroecological Systems</a>” In Press</p><br /> <p>Renzi JP, Brus J, Coyne C, Berger J, <strong>von Wettberg EJ</strong>, Nelson M, Ureta S, Hernández F, Smýkal P. 2022. How could the use of crop wild relatives in breeding increase the adaptation of crops to marginal environments? <em>Frontiers in Plant Science. </em>V13 <a href="https://doi.org/10.3389/fpls.2022.886162"><em>https://doi.org/10.3389/fpls.2022.886162</em></a></p>Impact Statements
- Key milestones met in the last year include multi-site phenotyping of alfalfa pre-breeding pools built from accessions in US National Plant Germplasm System. Molecular genetic characterization of these pools has also moved forward in the past year. Key milestones for work on birdsfoot trefoil have characterized genotype by environment variation in condensed tannin profiles. Site specific results have shown the impact of weeds on stand persistence. Key milestones on forage grasses include the development of publications, and tools for the genetic characterization of these underutilized grasses. Indicators include movement towards registering alfalfa and miscanthus varieties from several participating universities. Other positive indicators include new associated grants received, such as NIFA funding to Ginny Moore for breeding alfalfa for compatibility with the perennial grain Kernza.