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Thursday July 31, 2025 9:00am - 10:00am CDT
In the Southwest, increasing water shortages and persistent arid conditions make growing crops difficult. An important question to ask is whether expanding to organic growing systems can support small farms to not only meet water demands but also support the farm’s income. Catering to the environment by selecting medicinal native plants that are drought and heat-tolerant could achieve this goal. Organic farming methods and alternative crop choices play a crucial role in resilience. Our project’s objective is to identify perennial shrubs that hold cultural relevance for small farmers in the Southwest. High-value shrubs with medicinal properties were cultivated using organic farming practices. For the first year in June 2024, we planted chokecherry (Prunus virginiana L.), native plum (Prunus americana M.), and golden currant (Ribes aureum P.), and they were monitored for establishment. In May 2025, survival rates were conducted, only a total of 5 shrubs did not survive out of a total of 36 shrubs. However, 31 perennial shrubs from three species overwintered successfully and have returned for a second year. After year one, we conclude that these native shrubs exhibit high survival rates in the region. For upcoming work, we will conduct replicated trials using water-deficit, well-watered, and normal watering being our control.
Speakers
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Kristen Ramos

New Mexico State University
Co-authors
CM

Connie Maxwell

New Mexico State University
NA
IG

Ivette Guzman

New Mexico State University
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Kevin Lombard

New Mexico State University
Kevin Lombard is a Professor of Horticulture and Research Director of the New Mexico State University Agricultural Science Center at Farmington, a 250 acre research farm uniquely located on the Navajo Nation. His research encompasses specialty crop evaluations including grapes, fruit... Read More →
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Robert Heyduck

New Mexico State University
NA
Thursday July 31, 2025 9:00am - 10:00am CDT
Empire AB
  Poster, Undergraduate Student 3
  • Poster # csv
  • Funding Source USDA NIFA ORG GR0007385
  • Funding Option OREl or ORG funded all or part of the research associated with this abstract

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