Many of soils throughout Connecticut tend to be more acidic, formed as rocks were ground and deposited by glaciation. The pH of soils cultivated for vegetable growing typically declines (becomes more acidic) gradually from the removal of calcium, magnesium and potassium ions–by leaching and crop uptake–and from the use of acid-forming fertilizers. Testing every year gives a more complete evaluation and is also appropriate when significant changes have been made in the fertilizer program. Reviewing fertilizer labelling is essential.
Crop Production
2024 Summer Internship in Fruit Production and IPM
2024 Summer Internship in Fruit Production and IPM with Evan Lentz Assistant Extension Educator in Fruit Production and IPM Young 116A Background: I am seeking an individual undergraduate student who will assist with ongoing pest monitoring research efforts around the state. Pest monitoring is one of the essential tools available to farmers and researchers who […]
Managing Fungus Gnats and Shore Flies in Commercial Greenhouse Vegetable Transplant Production
Both fungus gnats (Bradysia spp.) and shore flies (Scatella stagnalis) occur in the moist environments common in greenhouses. This publication is intended for commercial greenhouse growers.
Managing Cover Crops in Spring
With temperatures warming as spring approaches each year, many farmers are deep in preparations for the coming season; crop planning, purchasing seed, prepping nurseries, repairing machinery and more. In the midst of this planning one might look over the farm on a sunny day, and wonder, “What am I going to do with all this over-wintered rye cover crop?”
Garlic Cultivation in Connecticut
Garlic is a staple crop in the Northeast, but it can be difficult to know exactly when to plant and harvest garlic in this region. There are quite a few important guidelines during all stages of garlic cultivation.
Prepare Your Greenhouses for Weather Events
As the climate changes, nature seems to be getting more violent in recent years with increased numbers of hurricanes and record-breaking storms. The International Building Code has revised upward its wind and snow loading requirements for some areas of the U.S.
Preparing Your Greenhouse for a Hurricane
Site exposure, height, shape and roof slope affect the wind load that a greenhouse can take without sustaining damage. Although most greenhouses are designed for a minimum 85 mph wind load, gusts can damage large sidewalls at even lower speed.
Start Clean and Stay Clean
It’s best not to wait until just before you start your spring seedlings, to begin cleaning, removing clutter and organizing your greenhouses.
Climate Adaptation Tactics in Vegetable Production
With climate change exacerbating many abiotic stresses, including heat, drought, flooding, and the increase in the frequency of extreme weather events, it is imperative to investigate adaptation tactics for successful vegetable production.
Fireblight & Mitigating Resistant Populations
Fireblight is often one of the top concerns for Connecticut fruit producers. This disease, caused by the bacterium Erwinia amylovora, is both highly destructive and infectious, making informed disease management efforts a top priority.
Beware of Hopperburn!
‘Hopperburn’ refers to the complex of symptoms associated with potato leafhopper (PLH) feeding injury. Crops primarily attacked by the potato leafhopper include potato, beans, soybeans and alfalfa. Other host plants include eggplant, cucumber, Jerusalem artichokes, squash, sweet potato and rhubarb.