Vaughn Walton

Este contenido ha sido traducido automáticamente. El servicio de Extensión de Oregon State University (OSU) no garantiza la exactitud del texto traducido. Consulte la versión original en inglés para confirmar la información.

Photo: Vaughn Walton

Entomologist

Tenga en cuenta que es posible que esta persona no hable español.

541-737-3464
[email protected]

Expertise: Berries, Table Grapes, and Kiwifruit , Hazelnuts and Nut Crops , Wine Grapes , Berries and Fruit , Sustainability , Insects , Invasive Species

Links: OSU Faculty page , Google scholar , Researchgate , Oregon Wine Research Institute

Department/Unit: Horticulture

Content by Vaughn Walton

Suppressing Spotted-wing Drosophila Egg-laying with Micro-sprinkler Insecticide Application in Highbush Blueberry (in English)

Microsprinkler application of certain pesticides suppresses spotted-wing drosophila in highbush blueberries. However, those same pesticides applied by backpack sprayers, provide better control.

Linda Brewer, Christopher Adams, Vaughn Walton | Dec 2022 | OSU Extension Catalog

Spotted-wing Drosophila, Relative Rankings and Seasonal Strategies for Insecticide Use (in English)

Researchers around the country have ranked the effectiveness of the most-used pesticides to control spotted-wing drosophila populations in the field. These recommendations are focused on controlling immature and adult life stages of SWD.

Christopher Adams, Linda Brewer, Vaughn Walton | Aug 2022 | OSU Extension Catalog

2022 Pest Management Guide for Wine Grapes in Oregon (in English)

Learn the most effective techniques for controlling insects, weeds and disease on wine grapes in Oregon. This comprehensive publication for growers covers strategies for controlling powdery mildew, botrytis bunch rot and spider mites,...

Patricia A. Skinkis, Jay W. Pscheidt, Marcelo Moretti, Vaughn Walton, Achala KC, Clive Kaiser | Feb 2022 | OSU Extension Catalog

OSU educates growers about invasive, fruit-damaging fly

Continuing study is leading to targeted approaches that allow producers to bring crops to market while reducing pesticide use

Vaughn Walton | Jun 2021 | Impact story

Pest Alert: Spotted Lanternfly is an Invasive Insect That May Impact Oregon (in English)

Spotted Lanternfly has a broad range of plant hosts, including grape, stone fruits, apple, ornamental species, maple, black walnut, willow and rose. Nymphs and adults are phloem feeders. They suck sap from young stems and leaves,...

Linda Brewer, Vaughn Walton | Mar 2021 | OSU Extension Catalog

Testing and Tracking the Spread of Grapevine Red Blotch Virus in Oregon Vineyards (in English)

Grapevine red blotch virus (GRVB) is one of about 80 viruses infecting wine grapes worldwide. It may affect fruit ripening and thus impact the quality of finished wines. GRBV incidence increased from two to 10 times annually ...

Alexander Levin, Vaughn Walton, Linda Brewer | Jan 2021 | OSU Extension Catalog

Optimizing Chemical Control of Spotted-wing Drosophila (in English)

Crop canopy and structure and the type of pesticide spray equipment help determine the effectiveness of pesticide applications.

Dalila Rendon, Linda Brewer, Vaughn Walton | Dec 2019 | OSU Extension Catalog

Cultural Control Strategies to Manage Spotted-wing Drosophila (in English)

Cultural controls can reduce spotted-wing drosophila population pressure by modifying the microclimate within the crop so that the environment does not promote SWD reproduction and survival.

Dalila Rendon, Linda Brewer, Nik Wiman, Vaughn Walton | Dec 2019 | OSU Extension Catalog

Improved Chemical Control Strategies for Spotted-wing Drosophila (in English)

Several factors should be considered when designing the best insecticide application strategy against spotted-wing drosophila (SWD). The level of control achieved will depend on the life-stage makeup of the SWD population; the product...

Linda Brewer, Vaughn Walton | Dec 2019 | OSU Extension Catalog

Monitoring Techniques for Spotted-wing Drosophila (in English)

Commercial fruit growers use trapping to monitored for adult SWD in fields and field borders. They monitor other fruits for infestation using a fruit dunk flotation technique.

Vaughn Walton, Linda Brewer | Dec 2019 | OSU Extension Catalog

Potential Impacts of Irrigation on Biocontrol of Spotted-Wing Drosophila (in English)

A naturally occurring parasitic wasp in Oregon can help control SWD in the state’s blueberry farms.

Dalila Rendon, Linda Brewer, Vaughn Walton | Dec 2019 | OSU Extension Catalog

Host Range and Characteristics Affecting Fruit Susceptibility to Spotted-wing Drosophila (in English)

Spotted-wing drosophila (SWD) can develop on a wide range of cultivated and wild, soft-skinned fruits. This complicates pest management because SWD populations can move among several hosts with different ripening times throughout the year, allowing them to survive and reproduce in many environments.

Vaughn Walton, Dalila Rendon, Linda Brewer | Dec 2019 | OSU Extension Catalog

How Seasons Affect Population Structure, Behavior and Risk on Spotted-wing Drosophila (in English)

Temperatures do affect how quickly SWD reproduce, see how temperatures affect their life cycle.

Vaughn Walton, Linda Brewer, Dalila Rendon, Nik Wiman | Dec 2019 | OSU Extension Catalog

Noncrop Host Plants Used by Spotted-wing Drosophila (in English)

Dense vegetation surrounding commercial fields can create a suitable habitat for spotted-wing drosophila due to the shade, coolness and humidity it provides during the summer. Noncrop habitat may contribute to SWD pest pressure and affect sustainable integrated pest management strategies.

Dalila Rendon, Linda Brewer, Vaughn Walton | Dec 2019 | OSU Extension Catalog

Biocontrol of Spotted-wing Drosophila (in English)

Multiple biological control agents target SWD, including predators, parasitoids, nematodes and microorganisms such as fungi and bacteria. Predators ambush and eat SWD, removing a substantial portion of them from the production system.

Linda Brewer, Vaughn Walton | Dec 2019 | OSU Extension Catalog

Oregon State entomologists develop organic product to control fruit pest

A patent-pending commercial application known as Decoy has resulted in a 67% reduction in damage, on average.

Vaughn Walton | Aug 2019 | Impact story

Hazelnut IPM

Resources about integrated pest management for hazelnuts.

Nik Wiman, Vaughn Walton, Jay W. Pscheidt, Marcelo Moretti, David Lowenstein, Heather Andrews, Rachele Nieri | May 2019 | Collection

Vineyard Integrated Pest Management (in English)

Vaughn Walton is an entomologist with Oregon State University’s Department of Horticulture and also a core researcher with the Oregon Wine Research Institute. He works with vineyardists who are growing grapes for this area’s ...

Vaughn Walton | Mar 2019 | Video

Brown Marmorated Stink Bug (BMSB)

Information and resources about the brown marmorated stink bug (BMSB), an invasive

Nik Wiman, Rick Hilton, Clive Kaiser, Vaughn Walton, Rachel Suits, David Lowenstein, Victoria Skillman, Heather Andrews | Dec 2018 | Collection

Spotted Wing Drosophila (SWD)

Information and resources about monitoring, identification, and management of spotted wing drosophila (SWD), an invasive fruit fly.

Vaughn Walton, Linda Brewer, Bernadine Strik, Patricia A. Skinkis, Peter Shearer, Jana Lee, Man-Yeon Choi | Dec 2018 | Collection

Sustainable Hazelnut Production: Filbertworm Control by Mating Disruption (in English)

Filbertworm is the insect pest of greatest economic importance in Oregon hazelnut production. This publication explains how to Implement mating disruption as a strategy that will reduce damage caused by filbertworm feeding. A mating...

Linda Brewer, Vaughn Walton | May 2018 | OSU Extension Catalog

Vaughn Walton, Entomologist (in English)

Vaughn Walton is an entomologist with Oregon State University’s Department of Horticulture and also a core researcher with the Oregon Wine Research Institute. He works with vineyardists who are growing grapes for this area’s ...

Vaughn Walton | Apr 2018 | Video

How to Monitor for Brown Marmorated Stink Bug in Specialty Crops (in English)

The invasive brown marmorated stink bug is a serious threat to Oregon specialty crops, including hazelnuts, tree fruits, small fruits, vegetables, and wine grapes. This insect pest also attacks ornamentals, agronomic crops and native...

Nik Wiman, Linda Brewer, Vaughn Walton | Mar 2016 | OSU Extension Catalog

Recognize the Symptoms and Causes of Stunted Growth in Vineyards (in English)

Spring frost, herbicide drift, water or nutrient stress, diseases, and insect and mite pests can cause similar symptoms of stunting or distorted growth in grapevines. Recognizing the symptoms and distinguishing their causes is the ...

Patricia A. Skinkis, Vaughn Walton, Amy J. Dreves, Clive Kaiser, Steve Renquist, Steve Castagnoli, Rick Hilton, Linda Brewer | Jan 2016 | OSU Extension Catalog

Biological Control of Black Vine Weevil Larvae in Cranberry (in English)

Recommends methods for incorporating biocontrol into a management program for black vine weevil larvae.

Vaughn Walton, Linda Brewer | Mar 2015 | OSU Extension Catalog

How to Recognize Brown Marmorated Stink Bug Damage in Commercial Hazelnuts (in English)

The brown marmorated stink bug is well-established in the Willamette Valley, where virtually all domestic hazelnut production occurs. The BMSB feeds on hazelnuts, and this publication helps growers and scouts learn to recognize BMSB damage to hazelnuts.

Chris Hedstrom, Vaughn Walton, Nik Wiman, Linda Brewer | Dec 2014 | OSU Extension Catalog

Evaluating Compatibility of Horticultural Oils and Sulfur with Vineyard IPM (in English)

Typhlodromus pyri is a beneficial insect and key predator of Calepitrimerus vitis in Pacific Coast vineyards. C. vitis is closely associated with short-shoot syndrome. The impact of horticultural (paraffinic) oils and sulfur on T. ...

Vaughn Walton, Linda Brewer | Aug 2014 | OSU Extension Catalog

Distribution and Monitoring of Grape Mealybug: A Key Vector of Grapevine Leafroll Disease in Oregon (in English)

A pheromone lure baited with the sex pheromone of grape mealybug is the most reliable way to confirm the presence or absence of this important vector of grapevine leafroll-associated viruses.

Vaughn Walton, Clive Kaiser, Rick Hilton, Linda Brewer | Apr 2014 | OSU Extension Catalog

Growing Hazelnuts in the Pacific Northwest: Integrated Pest Management (in English)

This publication provides an overview of insect, disease, and vertebrate pest management in hazelnut.

Jay W. Pscheidt, Vaughn Walton | Nov 2013 | OSU Extension Catalog

Recognize Fruit Damage from Spotted Wing Drosophila (in English)

This publication shows damage caused by SWD on blueberries (Duke), raspberries (Malahat), strawberries (Seascape), cherries (Bing, Montmorency, and Rainier), and grapes (Pinot Noir, Chardonnay).

Vaughn Walton, Amy J. Dreves | Dec 2010 | OSU Extension Catalog

A new pest attacking healthy ripening fruit in Oregon: Spotted Wing Drosophila, Drosophila Suzukii (Matsumura)

Pest of Concern Infestations of the Spotted Wing Drosophila fly (Diptera: Drosophilidae; SWD), an exotic pest, were found in Oregon fruits. There are 3000 species of Drosophila, commonly known as vinegar flies, but only two have...

Vaughn Walton, Amy J. Dreves, Glenn Fisher | Mar 2010 | Article

Trapping and Identifying Mealybugs in Oregon Vineyards (in English)

This publication gives details on how pheromone traps should be used to ensure optimal catches and early detection.

Amy J. Dreves, Vaughn Walton | Jan 2010 | OSU Extension Catalog

A New Pest Attacking Healthy Ripening Fruit in Oregon: Spotted Wing Drosophila (in English)

Publication provides an overview of spotted wing drosophila identification, biology, damage, monitoring, and control.

Amy J. Dreves, Vaughn Walton | Oct 2009 | OSU Extension Catalog

Hazelnut Pest and Beneficial Insects: An Identification Guide (in English)

With color photos and text, describes principal insect pests of hazelnuts (filberts) including life stages, symptoms of infestation, and techniques for sampling population levels. Also describes beneficial insects (generalist natural enemies) that can combat pest insects.

Vaughn Walton | Jun 2009 | OSU Extension Catalog

Grape Phylloxera: Biology and Management in the Pacific Northwest (in English)

Describes the life cycle and injury symptoms of grape phylloxera, Daktulosphaira vitifoliae (Fitch), an aphidlike insect that feeds on grape roots. Discusses strategies for reducing the risk of phylloxera infestation, how to sample ...

Patricia A. Skinkis, Vaughn Walton, Clive Kaiser | Jun 2009 | OSU Extension Catalog

Identification of Invasive and Reemerging Pests on Hazelnuts (in English)

Describes key identification features, life cycle, and pest status of filbertworm, filbert weevil, filbert aphid, and hazelnut aphid. Includes color photos.

Vaughn Walton, Amy J. Dreves | Dec 2007 | OSU Extension Catalog

OSU Extension set to release tiny wasp that targets destructive fruit fly

U.S. Department of Agriculture has permitted release of the wasp (Ganaspis brasiliensis), which attacks destructive spotted wing drosophla.

Kym Pokorny | Jun 6, 2022 | News story

Samurai wasp takes on brown marmorated stink bug

Invasive pest may have met its match

Kym Pokorny | Jun 2, 2017 | News story

Researchers identify successful biological control for destructive fruit fly

A parasitic wasp has shown tremendous potential attacking and controlling spotted wing drosophila – an invasive, destructive fruit fly that costs Oregon growers close to a billion dollars a year.

Chris Branam | Dec 10, 2019 | News story

Sightings of spotted lanternflies worry farmers, nursery industry

So far, there’s no known infestation in Oregon. If one establishes, many of Oregon’s high-value industries may be affected, including wine grapes, nursery and tree crops, small fruits and timber.

Kym Pokorny | Jul 15, 2021 | News story

Report ID:
Report ID:

Email Vaughn Walton

CAPTCHA

Esta pregunta es para comprobar si usted es un visitante humano y prevenir envíos de spam automatizado.

5 + 1 =
Solve this simple math problem and enter the result. E.g. for 1+3, enter 4.