|Alternate Uses For Ponds|
|Aquatic Weed Control|
|Frequently Asked Questions|
|Oxygen Depletions and Other Types of Fish Kills|
|Planning, Design & Construction|
|Pond Habitat Development|
|Stocking & Managing Fish Populations|
|Turbidity - Muddy Water|
|Water Quality, Fertilization & Productivity|
Grass carp can effectively control aquatic vegetation, particularly submerged vegetation. The key to using grass carp is to stock the proper number based on their vegetation preferences, the water temperature, and the biomass and pond coverage of the plants.
Springtime diseases and oxygen losses in fish ponds are common throughout the Southeast.
Herbicides are just one method of managing aquatic weeds. There are also: 1) preventive methods such as proper pond site selection and construction, fertilization andperiodic draw-downs; 2) biological methods such as grass carp (Ctenopharyngodon idella); and 3) mechanical methods such as cutting, seining and raking. Using a combination of methods is the most effective method of managing aquatic weeds.
Aquatic herbicides are chemicals used to kill aquatic plants or severely interrupt their growth. About 200 herbicides are registered by the EPA for use in the United States, but only six are labeled for use in aquaculture sites. It is important that aquaculturists use these registered herbicides in a safe and effective manner.
This document gives tips and information on renovating ponds to remove undesirable fish species.
A variety of factors can reduce populations in fish ponds during the spring.
This article explains causes, effects, and solutions for oxygen depletion. It also discusses other causes of fish kills, such as chemical contamination.
When fish are stressed, they are more susceptible to disease. This document discusses stress and diseases that fish can contract.
This document discusses uses for ponds other than fishing. These include livestock watering, fire control, wildlife habitat and swimming. Includes figures.
Aquatic weeds are a common problem in recreational ponds. This document discusses aquatic weeds and ways of controling them.
This article discusses the importance of managing bass and bream populations in your recreational pond and provides management recommendations.
This article introduces subjects that must be taken into consideration when creating a recreational pond, including permitting, public lands and waters, and liability.
This document discusses important aspects of designing and constructing a recreational pond, along with illustrations of pond layouts and drainage options.
Forage species are primarily stocked in private waters throughout the Southeast as a food source for largemouth bass and other predator species. Unfortunately, the ideal forage species for all management situations does not exist. Therefore, managers often attempt to maximize largemouth bass production by stocking a multi-forage base. In many southeastern states, private landowners must rely on private hatcheries as sources for appropriate forage species.
The largemouth bass (Micropterussalmoides) is one of several “basses” that are actually members of the sunfish family. There are two recognized subspecies, the Florida and the Northern, which will blend genetically.
This document discusses causes of muddy pond water and ways to prevent and control it.
This article discusses the importance of water quality to a recreational pond and water quality characteristics.
When ponds are fertilized, nutrients stimulate the growth of microscopic plants in the water (phytoplankton). Phytoplankton is food for other organisms (zooplankton and larger animals) that are eaten by fish. Abundant growth of these microscopic plants gives water a turbid, greenish color (called a “bloom”) that can prevent light from reaching the pond bottom and reduce the growth of rooted aquatic weeds.