A collection of health and environmental posts from other governmental blogs.
The holidays are all about sharing, having fun and, of course…food!!! I bet you will agree that a good holiday get-together always includes delicious traditional dishes or special recipes.
If you are hosting a holiday party this winter, you have probably already started thinking about treating your guests to a delectable menu. There are endless recipes and traditional holiday dishes that will reappear or make a debut at your dinner table; however, foodborne illnesses should not be part of the feast. While food is something to look forward to this season, foodborne illnesses is not. — From the U.S. Department of Agriculture (USDA) blog
When norovirus strikes in your own home, you can be prepared by having the supplies you need to immediately clean up after a loved one vomits or has diarrhea.
Norovirus is a tiny germ that spreads quickly and easily. It causes vomiting and diarrhea that come on suddenly. A very small amount of norovirus can make you sick. The number of virus particles that fit on the head of a pin is enough to infect over 1,000 people. — From the Centers for Disease Control and Prevention’s (CDC) Public Health Matters blog
Though remarkably thin, soil makes up a layer of the Earth’s crust that’s vital to human survival. The soil is a living, breathing thing that, like the body’s skin, requires care and attention lest we lose its many benefits. — From the USDA blog
Clean water is a priority for all of us. When farmers manage nutrients, they are also helping to minimize the runoff of nutrients into local streams and rivers.
Farmers rely on two major nutrients in fertilizer — nitrogen and phosphorus — to help crops grow. When excess fertilizer leaves the field and enters local waterways in surface water runoff, those nutrients cause algae in the water to bloom much faster than it would under normal conditions. The algae eventually breaks down, and the bacteria involved in decomposition deplete oxygen in the water to unhealthily low levels. Ultimately, fish and other aquatic organisms often die as a result of this oxygen depletion. This process is called eutrophication. — From the USDA blog