P-ISSN 0008-0845
E-ISSN 2160-8091
Vol. 50, Issue 5, 1996September 01, 1996 PDT
Field-based phenological model predicts pink bollworm emergence
Field-based phenological model predicts pink bollworm emergence
C Adams, R Hamilton, C Beasley,
Articles in Vol. 50, Issue 5, 1996
Vol. 50, Issue 5, 1996
- Vintage facilities need creative fundingW Gomes
- Research update: Farmers say regulations complicate farmingR Coppock
- Fire management may hinder biodiversityR Meadows
- News from the recycling front: Agriculture could provide a major market for recycled green wasteJ Warnert
- Trained home composters reduce solid waste by 18%E RillaP Vossen
- Wholesale nursery surveys reveal inventory, customers and business practicesU SchuchG Klein
- Californians' eating habits differ from their dietary attitudesC BruhnD WongH Schutz
- Reflective materials enhance ‘Fuji’ apple colorH AndrisC Crisosto
- Deep plowing exacerbates lettuce drop in Salinas ValleyK SubbaraoS KoikeJ Hubbard
- Spring insecticide treatments control adelgids on Douglas firL VarelaR CowlesD Donaldson
- Preemergence herbicides have little effect on vigor of perennial grassesW LaniniR LongJ Anderson
- Metam-sodium kills beneficial soil fungi as well as cotton pestsR DavisJ NunezR VargasB WeirS WrightD Munier
- Field-based phenological model predicts pink bollworm emergenceC AdamsR HamiltonC Beasley
Adams, C, R Hamilton, and C Beasley. 1996. “Field-Based Phenological Model Predicts Pink Bollworm Emergence.” California Agriculture: The Journal of UC Agriculture and Natural Resources 50 (5): 44–48. https://doi.org/10.3733/ca.v050n05p44.