Forage-based approaches for improving profitability and ecosystem services of dairy farms in New Hampshire and Pennsylvania

2013 Annual Report for LNE13-323

Project Type: Research and Education
Funds awarded in 2013: $199,927.00
Projected End Date: 12/31/2016
Region: Northeast
State: New Hampshire
Project Leader:
Dr. Andre Brito
University of New Hampshire

Forage-based approaches for improving profitability and ecosystem services of dairy farms in New Hampshire and Pennsylvania

Summary

Project PIs (Brito, Smith, and Hristov) met in University Park this past October to discuss project initiation, university and on-farm research, and farmer participation. Project PIs Brito and Roth also met with farmer collaborators from New Hampshire and Pennsylvania, respectively, to discuss their involvement in the project and plan future outreach activities. No animal research has started to date. However, barley and triticale were planted in Pennsylvania for the feeding study. It was also planted the forage crops to be used in the  replicated field trials in the Pennsylvania site. Crop work in New Hampshire will start in 2014. Preliminary simulations using the Integrated Farm Systems Model showed both economic and greenhouse gases advantages using alternative forage crops (AFCs). Focus group interviews with farmers from New Hampshire and Pennsylvania are planned for this upcoming winter.

Objectives/Performance Targets

Performance target: Compared to the previous year, 60 farmers milking 5,000 cows enhance IOFC by $0.50/cow/day after replacing expensive grain with AFC, generating cumulative profit of approximately $5,000 per farm as a result of 120-days worth of forage surplus.

Our project started this past fall and activities just began to unfold. For instance, focus group interviews with approximately 20 dairy farmers from New Hampshire and Pennsylvania are planned to be conducted to this upcoming winter (milestone 1). These focus group interviews will help project team assess farmers’ knowledge about AFCs use and agronomic practices. Based on the focus groups, a survey will be designed and mailed to 1,000 farmers to obtain key information about AFCs knowledge and practices throughout New Hampshire and Pennsylvania. Both activities (i.e., focus group and survey) will set the stage for remaining project outreach.

Accomplishments/Milestones

As mentioned in the previous section, the project started this past fall and activities just started to unfold. The greatest progress so far was achieved in the PA site where barley and triticale were planted for harvesting silage to be used in the feeding study. It was also planted the forage crops to be used replicated field trials in the Pennsylvania site: (1) continuous corn (no AFCs); (2) corn followed by oats (fall AFCs); (3) corn followed by winter triticale (spring AFCs); (4) corn followed by an oat/rye mix (fall and spring AFCs); (5) corn followed by an oat/triticale mix (fall and spring AFCs); (6) corn followed by winter barley harvested at the soft dough stage and then double cropped with BMR forage sorghum followed by triticale (spring AFCs and summer annual AFCs); and (7) corn followed by winter triticale harvested at the soft dough stage and then double cropped with BMR forage sorghum followed by triticale (spring AFCs and summer annual AFCs). Crop work in the New Hampshire site will start in 2014. PI Roth presented an overview about the potential use of AFCs in dairy farms across the Northeast at the 2013 Animal and Dairy Science at the Joint Annual Meeting in Indianapolis this past July. Preliminary simulations using the Integrated Farm Systems Model showed both economic and greenhouse gases advantages when using alternative forage crops (AFCs) and were presented by collaborator Al Rotz at this same meeting. Focus group interviews and survey activities will be designed and implemented in the upcoming winter.

Impacts and Contributions/Outcomes

Project PIs (Brito, Smith, and Hristov) met in University Park this past October to discuss project initiation, university and on-farm research, and farmer participation. Project PIs Brito and Roth also met with farmer collaborators from New Hampshire and Pennsylvania, respectively, to discuss their involvement in the project and plan future outreach activities. Engagement of farmers will be done via focus group interviews and surveys, which will be conducted this upcoming winter. Team presentations (Roth and Rotz) at the 2013 Animal and Dairy Science at the Joint Annual Meeting in Indianapolis this past July did engage the scientific community.

Collaborators:

Dr. Richard Smith

richard.smith@unh.edu
Assistant Professor of Agroecology
University of New Hampshire
264 James Hall
Durham, NH 03824
Office Phone: 6038622724
Dr. Alex Hristov

anh13@psu.edu
Professor of Dairy Science
Penn State University
324 Henning Building
University Park, PA 16802
Office Phone: 8148633669
Dr. Curtis Dell

curtis.dell@ars.usda.gov
Soil Scientist
USDA-ARS-Pasture Systems Watershed Management Research Unit
Building 3702, Curtin Road
University Park, PA 16802
Office Phone: 8148630984
Dr. Gregory Roth

gwr@psu.edu
Professor of Agronomy
Penn State University
407 Agricultural Sciences and Industries Building
University Park, PA 16802
Office Phone: 8148631018
Dr. A. Stuart Grandy

grandy.stuart@unh.edu
Associate Professor of Soil Biogeochemistry and Fertility
University of New Hampshire
114 James Hall
Durham, NH 03824
Office Phone: 6038621075
Website: http://pubpages.unh.edu/~asf44/index.html
Dr. Alan Rotz

al.rotz@ars.usda.gov
Agricultural Engineer
USDA-ARS-Pasture Systems and Watershed Management Research Unit
Building 3702, Curtin Road
University Park, PA 16802
Office Phone: 8148652049
Dr. Lisa Holden

lah7@psu.edu
Associate Professor of Dairy Science
Penn State University
339 Agricultural Sciences and Industries Building
University Park, PA 16802
Office Phone: 8148633672