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This comprehensive guide offers information on different grasses for North Carolina lawns, as well as how to establish, care for, maintain, and renovate a new lawn.
The following management practices will help you care for your lawn throughout the year. Location, terrain, soil type and condition, age of the lawn, previous lawn care, and other factors affect turf performance, so adjust these management practices and dates to suit your particular lawn.
This publication for homeowners and landscapers describes how to mow, fertilize, irrigate, and control weeds in a zoysiagrass lawn.
This factsheet provides instructions on how to properly care for tall fescue grass year round. It also includes information on grasscycling and integrated pest management.
This calendar provides detailed information for the proper care of centipedegrass.
Turfgrass, trees, and shrubs are desired in most landscapes because they are attractive and useful. Unfortunately, growing turfgrasses in the presence of trees and shrubs can be a formidable task because each plant group competes with the other for the light, water, and nutrients that are essential for survival and growth. The desired effects of trees sometimes make it difficult to grow turf. When trees and shrubs are used to provide screening and privacy, the reduced wind movement and sunlight often increase the chance for disease. Even so, homeowners can take steps to improve the performance of a lawn growing in shade.
This calendar contains suggestions designed to help in the care and maintenance of St. Augustinegrass throughout the year.
This calendar offers suggestions regarding management practices for all-season care of a bermudagrass athletic field.
Recommended maintenance practices for a lawn that consists of a blend of tall fescue, hard (fine) fescue, and Kentucky bluegrass are the same as those for a tall fescue lawn. The following management practices will help you care for your lawn throughout the year.
Recommended maintenance practices for a lawn that consists of a blend of tall fescue and Kentucky bluegrass are the same as those for a tall fescue lawn. The following management practices will help you care for your lawn throughout the year.
This factsheet provides instructions on how to properly care for carpetgrass grass year round. It also includes information on fertilization and integrated pest management.
Infestations of algae and moss in the turf are associated with unfavorable conditions for growing healthy, dense turf. This publication offers control options.
This guide to lawn maintenance for North Carolina contains information on establishing a new lawn, maintaining it, and controlling lawn pests using organic methods. It also provides information on renovating an existing lawn.
This guide is designed to help identify the most troublesome diseases associated with cool-season turfgrasses. This includes such grasses as tall fescue, fine fescue (chewings, creeping red), Kentucky bluegrass, and perennial ryegrass. A description of the disease symptoms, a list of specific management practices that can be used to prevent or reduce turfgrass injury by disease and a chart to indicate when the disease is most likely to occur are presented.
This calendar of suggested management practices is designed to assist you in the seasonal care of your athletic field. Location, terrain, soil type and condition, age of field, previous management practices, and other factors affect turf performance. For these reasons, the following management practices and dates should be adjusted to suit your particular athletic field conditions.
Follow the suggestions and BMPs described in this publication to reduce sediment and keep nutrients and pesticides applied to turf from contaminating North Carolina's water resources.
This factsheet provides information on how to keep a lawn healthy and attractive and how to protect the environment by reducing runoff and trapping pollutants. Fertilizer facts and rates, a mowing guide and watering recommendations are included.
This publication will help you care for your lawn in ways that prevent and reduce contamination of our water resources by sediment, fertilizers, and pesticides.
Although groundwater and surface waters are rarely polluted by turfgrass pesticides, turf managers should consider the potential for environmental contamination when choosing a pesticide.
Lawns are ecosystems that impact surface and groundwater systems. The grasses found in lawns clean the environment by absorbing gaseous pollutants and intercepting pesticides, fertilizers, dust, and sediment. Irrigation water properly applied to lawns remains on site to recharge water supplies. In addition, grasses release oxygen and reduce glare, noise, and summer temperatures. Proper management practices need to be developed and followed to protect this environment. The purpose of this publication is to provide you with management strategies to preserve and protect water resources.
A guide to maintaining quality turf on athletic fields.
This publication describes the best management practices (BMP) to reduce sediment and keep nutrients and pesticides applied to turf from contaminating North Carolina's water resources.
Proper application of pesticides and fertilizers is possible only with a sprayer or spreader that is accurately calibrated. When equipment is not correctly calibrated, it is easy to apply too much or too little of a chemical, which may result in the lack of pest control, damage to turf, wasted money, and/or contaminated environment. This publication explains how to calibrate boom sprayers and granular spreaders used on turfgrass.
This publication introduces the permit and regulatory processes and provides a very general guide to the basics of good construction practices during turfgrass development areas.
While research has shown that pollution of surface and groundwater supplies from turfgrass pesticide application is uncommon, the turf manager should still strive to avoid potential environmental contamination when choosing a pesticide.
Proper application of pesticides and fertilizers, which protects water quality, is possible only with a sprayer or spreader that is accurately calibrated. Pesticides applied with equipment that has not been calibrated may be misapplied by more than 10 percent. That may lead to repeat applications, damaged plants, excess cost, and contamination of the environment.
