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- Technical appendixAppendix 1 - Survey template; Appendix 2 - Conversion factors and unit equivalencies
P-ISSN 0008-0845
E-ISSN 2160-8091
Vol. 79, Issue 3-4, 2025January 28, 2026 PDT
For California walnut drying, fuel choice and improved training and automation may reduce energy consumption
For California walnut drying, fuel choice and improved training and automation may reduce energy consumption
Articles in Vol. 79, Issue 3-4, 2025
Vol. 79, Issue 3-4, 2025
- There’s a path forward in the San Joaquin Valley to benefit farmers, communities, and nature — but only if we plan...and plantH. Scott ButterfieldJeanette K. HowardDaniel ToewsAbigail HartKathy Wood-McLaughlin
- “Pocket parks” promise climate resiliency on a small scale. Are they working?Caroline D. Champlin
- Foresters, prescribed-fire experts swap knowledge to reduce wildfire impactsMichael Hsu
- Clima y enfermedades causan la muerte de árboles en varias regiones de CaliforniaPamela S. Kan-Rice
- Investigadores de UC ANR apoyan a los viveros de CaliforniaDiana Cervantes
- Survey of California dairy nutritionists on extent of byproduct usageJennifer M HeguyRúbia Branco-LopesNoelia Silva-del-RíoEdward J DePeters
- For California walnut drying, fuel choice and improved training and automation may reduce energy consumptionAlice DienLucía Félix-PalomaresShira BergmanKurt KornbluthDavid C. SlaughterIrwin R. Donis-González
- Volunteer programs are effective at reducing urban water use in Marin County, CaliforniaSteven V. SwainDavid J. LewisMargaret S. Mathers
- Central Valley decision support tool helps predict yield and profitability response to irrigation with saline waterFloyid NicolasMae CulumberHossein ShahrokhniaUsama Al-DughaishiJongwon DoSharon BenesIsaya Kisekka
Dien, Alice, Lucía Félix-Palomares, Shira Bergman, Kurt Kornbluth, David C. Slaughter, and Irwin R. Donis-González. 2026. “For California Walnut Drying, Fuel Choice and Improved Training and Automation May Reduce Energy Consumption.” California Agriculture: The Journal of UC Agriculture and Natural Resources 79 (3–4): 107–15. https://doi.org/10.3733/001c.155765.