The purpose of this drought response plant is 1) to describe the drought indicators and response triggers that will be used to determine if drought response actions are needed and 2) to provide land owners and managers a range of management options that will allow for a flexible and rapid response to drought.
For many homeowners the first line of defense against water in the basement is a sump with a pump in it. The sump may be connected to drain tile that drains the footings of the house, under the entire basement, or just the area where the sump is located. Many houses have tiling installed only around a portion of the house. The water that drains into the sump must be removed, and this is accomplished with a sump pump.
Flood water may carry silt, raw sewage, oil or chemical waste. If foods have been in contact with flood waters, use this information to determine their safety.
The historic floods of 2011 caused millions of dollars in damage and imposed great hardship on those affected. Low-lying areas along the Missouri and Souris rivers sustained unprecedented damage. The floods negatively impacted the trees and forests in these areas as well. Although the challenges posed by natural disasters can be quite variable, some common components must be accounted for in green infrastructure when such events occur. These include ensuring public safety; assessing damage; removing, disposing of and using wood waste; interagency coordination; and replanting efforts.
Topics covered are related to maintaining indoor air quality with a primary focus on moisture related issues. topics include ventilation, mold, moisture control, drainage including drain tile, crawl spaces, pollutants and air filters.
To reduce the possibility of sewage backing into a home, homeowners will need to seal areas where sewage can flow in during periods of excessive rains or flooding. Sewage not only can damage building components and carpeting, it also has high concentrations of bacteria, protozoans and other pathogens that can pose serious health risks.
In North Dakota, some trees and shrubs have died and others are declining because of flood-related problems. However, you can help trees and shrubs recover. This publication gives you information to help trees and shrubs.
Floodwaters can cause extensive damage or even kill lawns and gardens. This publication will show you that with a little work, lawns and gardens can be rejuvenated or replaced.
If you do not plan to rebuild your flood-damaged home until next year, follow the advice in this publication as you prepare for winter.
Excessive moisture is the most common cause of hay fires. A chemical reaction in high-moisture haystacks or bales produces flammable gas that can ignite if the temperature is high enough (about 130 F). Fire is possible in loose, baled or stacked hay stored inside or outside. Hay becomes a fire hazard when the moisture content is 20 percent or higher in small stacked bales and more than 18 percent in stacked large square or round bales. Hay fires usually occur within six weeks of baling.
Recovering from a flood can be an overwhelming task, but this information from the NDSU Extension Service can help.
Wood submerged in water will absorb a large amount of water. Rebuilding too quickly after a flood can cause continuing problems such as mold growth, insect infestations and deterioration of the wood and wall coverings.
Feel calmer, get connected and increase your sense of control by being prepared.
A water table above the basement floor causes water to continually seek ways to enter the basement. This publication touches on what happens when that occurs and what can be done to prevent it from happening.
This is a step by step guide to prepare a home for a flood.