NC State Extension Publications Numbered Publications, Factsheets, Hard Copy Documents, Authoritative Sources & more …

Notify me when new publications are added.

Browse by Author: David Monks
Ordered by popularity

A Guide to Intensive Vegetable Systems

By: D. C. Sanders, Ed Estes, K. B. Perry, David Monks, Kenneth Sorensen, Charles Averre, Michael Linker, Jonathan Schultheis, Mike Boyette, D. Eikhoff

Intensive Vegetable Production refers to a system of marketing and producing vegetable crops in which great attention is placed on detail and optimization of resources such as land, capital, labor, equipment, transportation to market and management time. The objective of such a system is maximum profit for the farm. The system you choose should take into account your location, availability of markets, production seasons and personal interest. This publication covers irrigation, plastic mulch, pest management, precision seeding, market preparation and many other facets of intensive vegetable production.

Weed Management in Collards, Kale, Mustard, and Turnip Greens

By: David Monks, Wayne Mitchem, Roger Batts, Katie Jennings Weed Management in North Carolina

Cool-season leafy greens face a different weed spectrum than warm-season crops. The presence of weeds in harvested greens can result in lower prices or rejection at market. Learn about the cultivation and herbicide options that growers can use to avoid weed competition and contamination.

Weed Management in Broccoli, Cabbage, and Cauliflower

By: Roger Batts, Wayne Mitchem, David Monks, Katie Jennings Weed Management in North Carolina

Keeping weeds out early in the season is very important for cole crops that are marketed by size. Learn how to use both cultivation and herbicides to achieve good early-season weed control and avoid losses in yield and profits.

Weed Management in Onions

By: Roger Batts, Wayne Mitchem, David Monks, Katie Jennings Weed Management in North Carolina

Most commercial onions produced in North Carolina are seeded in the fall and harvested in mid- to late-June. Weed competition can reduce onion yields up to 96 percent, and weeds must be controlled throughout the growing season. Learn about the cultivation and herbicide options growers can use to keep onions weed-free in both wide and narrow rows.

Weed Management in Okra

By: Wayne Mitchem, David Monks, Roger Batts, Katie Jennings Weed Management in North Carolina

Being related to cotton, okra can be a poor competitor with weeds, particularly early in the growing season. As the crop is harvested, more sunlight can reach the soil and increase late-season weed interference. Learn about the cultivation options and herbicides that growers can use for weed control in okra.

Weed Management in Lettuce

By: David Monks, Wayne Mitchem, Roger Batts, Katie Jennings Weed Management in North Carolina

Weed competition in lettuce reduces both yield and head quality. This cool-season crop faces competition from winter annuals as well as early summer weeds. Learn about the cultivation and herbicide options that growers can use to control weeds in lettuce, including advice for lettuce grown with plastic mulch.

Challenges with Herbicide Resistance and Value of Cultural Practices in Managing Weeds: Examples from Research in North Carolina

By: Ramon Leon, David Jordan, Katie Jennings, David Monks, Matthew Vann, Loren Fisher, Wesley Everman, Charlie Cahoon, Matt Inman, Chris Reberg-Horton, Rachel Vann, Denis Mahoney, Drew Hare, Alan York

A few weed species in North Carolina have become pervasive across the state and are frequently found in different crops. They form dense populations and reduce yields, making production more challenging. This publication discusses herbicide-resistant biotypes in agronomic and vegetable crops in North Carolina and reviews herbicide resistance management recommendations.

Biomass Production of Biofumigant Cover Crops - 'Caliente' Mustard and Oilseed Radish

By: Ryan A. Pekarek, Greg Hoyt, David Monks, Katie Jennings

A new group of cover crops for winter and summer use include mustards, oilseed radishes and turnips. When young, these plants resemble turnip greens, are very succulent and have a low C:N ratio, resulting in rapid decomposition when incorporated into the soil. However, if allowed to mature, bolt and flower, they produce a large amount of biomass in a short period of time and become woody, resulting in slower decomposition than when killed at an immature stage.