Kearney News Updates
Parlier High School students explore applied agriculture and natural resources research careers by visiting Kearney in April.
About 35 Parlier High School students came to Kearney Agricultural Research and Extension Center (KARE) not knowing much about ANR or what to expect. They started the day with an entomology workshop conducted by Julie Sievert, a staff research associate at KARE. A tour of research plots demonstrated many different types of disciplines and strategies to research and extend science-based knowledge to address important agricultural and natural resources issues. During lunch, most of the students wanted to return to the world of entomology. As the students left, they commented on how this was a fantastic field trip and that they never knew how interesting and fulfilling applied Ag and natural resources research could be.
In what might be the sixth or seventh year in a row, Jeff Mitchell, Cooperative Extension systems specialist at Kearney Agricultural Research and Extension Center,UC Davis Plant Science department, and Conservation Agricultural Systems Innovation program participated in the annual AgVentures! educational event for several Tulare County public schools fourth-grader classes on May 11, 2018 at the International Ag Center. This is an annual event that is put on by the Tulare County School District in conjunction with the Tulare County Cooperative Extension and the International Ag Center and it typically involves several hundred students from the local schools. It turns out to be the classic ‘field trip' for kids and seems to be something that brings excitement and hopefully good learning to large numbers of students. A short video of some of the action can be seen at the You Tube site https://youtu.be/R4LDy4Ru9ws.
UC Riverside nematologist Andreas Westphal hosted lunch for staff and academics at the UC Kearney Agricultural Research and Extension Center May 11 in appreciation for their support. In April, he was awarded tenure. Congratulations Andreas!
The IR-4 Project at Rutgers University is pleased to announce the launch of the Plant Search page on the Protecting Bees website. Users can search for pollinator attractive plants by zip code, bloom period, sun/light requirements, and/or pollinator attractiveness. Once the search is complete, users can download a printable list of select plants, compare pollinator information (limit of 5 plants), or get detailed information about the attractiveness data and links to the data sources.
This plant search tool is a necessary resource for anyone with an interest in protecting pollinators and growing plants. Planting pollinator attractive plants provides insects and animals with essential resources, while helping plants survive and flourish. All pollinator attractiveness information on Protecting Bees comes from reputable scientific studies or publications. New plants and pollinator information is constantly being added, so be sure to search Protecting Bees for attractive plants when planning for your next planting or when guiding others about pollinator beneficial gardens!
The website is sponsored in part by USDA-NIFA-SCRI. James Bethke's group (San Diego UC Cooperative Extension farm advisor specializing in nurseries and floriculture) and Christine Casey are UC contributors to the larger project's collaborative group.
Help the environment this Earth Day, which falls on Sunday April 22 this year, by installing insectary plants! These plants attract natural enemies such as lady beetles, lacewings, and parasitic wasps. Natural enemies provide biological pest control and can reduce the need for insecticides. Visit the new UC IPM Insectary Plants webpage to learn how to use these plants to your advantage.
The buzz about insectary plants
Biological control, or the use of natural enemies to reduce pests, is an important component of integrated pest management. Fields and orchards may miss out on this control if they do not offer sufficient habitat for natural enemies to thrive. Insectary plants (or insectaries) can change that—they feed and shelter these important insects and make the environment more favorable to them. For instance, sweet alyssum planted near lettuce fields encourages syrphid flies to lay their eggs on crops. More syrphid eggs means more syrphid larvae eating aphids, and perhaps a reduced need for insecticides. Similarly, planting cover crops like buckwheat within vineyards can attract predatory insects, spiders, and parasitic wasps, ultimately keeping leafhoppers and thrips under control.
Flowering insectaries also provide food for bees and other pollinators. There are both greater numbers and more kinds of native bees in fields with an insectary consisting of a row of native shrubs planted along the field edge (called a hedgerow). Native bees also stay in fields with these shrubs longer than they do in fields without them. Therefore, not only do insectaries attract natural enemies, but they can also boost crop pollination and help keep bees healthy.
Insectary plants may attract more pests to your crops, but the benefit is greater than the risk
The possibility of creating more pest problems has been a concern when it comes to installing insectaries. Current research shows that mature hedgerows, in particular, bring more benefits than risks. Hedgerows attract far more natural enemies than insect pests. And despite the fact that birds, rabbits, and mice find refuge in hedgerows, the presence of hedgerows neither increases animal pest problems in the field, nor crop contamination by animal-vectored pathogens. Hedgerow insectaries both benefit wildlife and help to control pests.
How can I install insectary plants?
Visit the Insectary Plants webpage to learn how to establish and manage insectary plants, and determine which types of insectaries may suit your needs and situation. If you need financial assistance to establish insectaries on your farm, consider applying for Conservation Action Plan funds from the Environmental Quality Incentives Program (EQIP) offered by the Natural Resources Conservation Service.
- Flower flies (Syrphidae) and other biological control agents for aphids in vegetable crops. (PDF)
- Good news for hedgerows: no effects on food safety in the field.
- Hedgerow benefits align with food production and sustainability goals.
- Habitat restoration promotes pollinator persistence and colonization in intensively managed agriculture. (PDF)
- Reducing the abundance of leafhoppers and thrips in a northern California organic vineyard through maintenance of full season floral diversity with summer cover crops.