Basics of Organic Landscape Maintenance

Water Conservation for Lawn and Landscape November 24, 2015 Print Friendly and PDF

Basics of Organic Landscape Maintenance

          no dogs allowed sign

Photo source:

Many people are interested in reducing or eliminating pesticides and inorganic fertilizers in the landscape because of concerns about water quality and potential toxic threats to humans, pets, bees, birds, and other wildlife.

One way to achieve this is by using organic landscape maintenance. Organic maintenance practices include the elimination of toxic synthetic pesticides and fertilizers and reducing the amount of water used in the landscape. Note that improper use of organic and inorganic products can result in environmental problems. Always apply a product according to its label.   

Benefits of Using Organic Maintenance - Reduce, Reuse, Recycle

  • Reduces leaching of toxic pesticides and inorganic fertilizers into groundwater
  • Uses mulch to conserve water and help control annual weeds
  • Reduces or eliminates potential toxic effects of pesticides and fertilizers on wildlife
  • Reduces costs associated with purchase of chemicals
  • Reuses organic wastes as compost

An increasing number of landscape companies offer organic alternatives to their customers. Check the Web for landscape businesses that provide these services.

Additional Resources:

U.S. Environmental Protection Agency


Indiana - Disease Management Strategies for Hortilcultural Crops: Using Organic Fungicides


Connecticut - Landscape Organics


North Carolina - Composting: A Guide to Managing Organic Yard Wastes 


Texas - Don't Bag it - Leaf Management Plan
Texas - Earth Kind Landscaping

Organic Lawn Information


Missouri - Natural Lawn Care
Ohio - Natural Organic Lawn Care for Ohio


North Carolina - Organic Lawn Care: A Guide to Organic  Lawn Maintenance and Pest Management (available from The Department of Agrilcultural Communications)


Connect with us

  • Facebook
  • YouTube


This is where you can find research-based information from America's land-grant universities enabled by



This work is supported by the USDA National Institute of Food and Agriculture, New Technologies for Ag Extension project.