developing a sampling plan for sugarcane aphid in sorghum

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DEVELOPING A SAMPLING PLAN FOR SUGARCANE APHID IN SORGHUM Jessica C. Pavlu 1 , Kris L. Giles 1 , Ali A. Zarrabi 1 , Norman C. Elliott 2 and Tom A. Royer 1 1 Department of Entomology and Plant Pathology, Stillwater, OK 2 USDA ARS, Stillwater, OK Oklahoma State University EPP Extension

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Page 1: Developing a sampling plan for sugarcane aphid in sorghum

DEVELOPING A SAMPLING PLAN FOR SUGARCANE APHID IN

SORGHUMJessica C. Pavlu1, Kris L. Giles1, Ali A. Zarrabi1, Norman C. Elliott2 and Tom A. Royer1 1Department of Entomology and Plant Pathology, Stillwater, OK2USDA ARS, Stillwater, OK

Oklahoma State University EPP Extension

Page 2: Developing a sampling plan for sugarcane aphid in sorghum

FILLING THE GAP There is still no researched based, time

efficient, user-friendly sampling system of SCA that determines density and rapidly evaluates if the treatment threshold has been met. Necessary for early detection and effective

management of this aphid. Can include information on beneficials and

allow for sustainable multifaceted management approaches.

Smith, 2015

Page 3: Developing a sampling plan for sugarcane aphid in sorghum

THE APPROACH Multi-state collaboration expanding the

work of Brewer et. al (2014) Oklahoma (Elliott, Giles, Zarrabi and Royer) Texas (Bowling and Knutson) Kansas (McCornack) Louisiana (Brown) Arkansas (Seiter)

Brewer et. al (2014)

Page 4: Developing a sampling plan for sugarcane aphid in sorghum

THE APPROACH Characterize seasonal within field and

within plant distribution of SCA in sorghum. Develop sequential and binomial sampling

protocols for SCA in sorghum. Validate sampling protocol using natural

infestations. Use protocol to develop and deliver a

research-based, dynamic, user-friendly decision making tool for SCA management.

Page 5: Developing a sampling plan for sugarcane aphid in sorghum

FUNDING AND COLLABORATORS USDA National Institute of Food and Agriculture’s

Crop Protection and Pest Management Program GRANT #11882019