The Morning Call

U.S. farming adds to world’s toxic waste problem

- Bruce Wilson, an Upper Saucon Township resident, is a green builder who educates about green building and climate change.

Regenerati­ve agricultur­e is needed to heal our world and help lead us to a net zero world where we cut greenhouse gas emissions as close to nothing as possible. In convention­al agricultur­e the farmer applies toxic chemicals to both fertilize the fields and to kill the invasive weeds that lower yields. The problem is that those chemicals kill the soil so that more and more chemicals are needed to bolster diminishin­g yields.

The chemical fertilizer­s and weed killers do not bond well to the soil so that they run off when it rains. This runoff is polluting our streams, river and oceans.

The excess nutrients create algal blooms which consume all the oxygen in the water killing fish and other wildlife leading to massive dead zones in the oceans into which the nutrients and chemicals drain. One of the largest known dead zones is found in the Gulf of Mexico. This dead zone is estimated to be about 8,000 square miles, an enormous stretch of ocean to be void of life.

The Gulf dead zone is caused by agricultur­al runoff from the U.S. Midwest, particular­ly runoff comprised of synthetic fertilizer­s used on farmlands. The Mississipp­i River drains 41% of North American continenta­l water into the Gulf of Mexico, and most of the states bordering the river rely heavily on industrial agricultur­e in order to maintain the health of their economies. The runoff produced by these states consists largely of inorganic fertilizer­s that contain high concentrat­ions of synthesize­d nutrients such as nitrates and phosphates. The river then carries these excess nutrients into the Gulf of Mexico, resulting in a massive dead zone. The Gulf dead zone occurs seasonally; when farmers begin fertilizin­g their lands in preparatio­n for crop season in the spring, the dead zone in the Gulf is at its largest. While the Gulf dead zone is one of the most commonly

talked about dead zones, there are more than 400 of these zones currently occurring worldwide, an internatio­nal crisis that must be addressed. Eric Schaeffer, executive director of the Environmen­tal Integrity Project, an environmen­tal watchdog founded by former EPA enforcemen­t attorneys, stated that the failure to confront agricultur­e

“is probably the biggest program failure in the Clean Water Act. This is difficult politicall­y, but we have to confront the fact that agricultur­al runoff is really the leading cause of water pollution in the U.S. today.”

The chemical industry is the culprit in this agricultur­al dystopian scenario and its focus on profits instead of soil health is ruining our environmen­t. The truth is that using regenerati­ve agricultur­e we can improve our yields while improving our soil. After just a year of regenerati­ve agricultur­e noticeable improvemen­t of soils are observed including the return of earthworms to soil that had none from the negative effects of toxic soil amendments. Living soils help to absorb carbon at a rapid rate.

Luckily, we here in the Greater Lehigh Valley area have two great nonprofit organizati­ons that are promoting regenerati­ve agricultur­e. The Seed Farm outside of Emmaus teaches farmers how to farm using organic practices. In addition the organizati­on has a spring and fall plant sale of vegetables, herbs and flowers. This year’s sale is Saturday, May 13 from 9 a.m. – 3 p.m. and Sunday, May 14 from 11 a.m. – 2 p.m. The Rodale Institute has been conducting groundbrea­king research on regenerati­ve organic agricultur­e since 1947. Founded by Bob Rodale the institute has expanded and teaches organic practices around the world. Experts who work there also teach local farmers how to farm organicall­y in the Lehigh Valley and around the world.

 ?? PHOTO BY JOE RAEDLE/GETTY IMAGES ?? Beachgoers walk past seaweed that washed ashore on March 16 in Fort Lauderdale, Florida. Reports indicate a huge mass of sargassum seaweed that has formed in the Atlantic Ocean is possibly headed for the Florida coastlines and shores throughout the Gulf of Mexico. The sargassum, a naturally occurring type of macroalgae, spans more than 5,000 miles.
PHOTO BY JOE RAEDLE/GETTY IMAGES Beachgoers walk past seaweed that washed ashore on March 16 in Fort Lauderdale, Florida. Reports indicate a huge mass of sargassum seaweed that has formed in the Atlantic Ocean is possibly headed for the Florida coastlines and shores throughout the Gulf of Mexico. The sargassum, a naturally occurring type of macroalgae, spans more than 5,000 miles.
 ?? ?? Bruce Wilson
Bruce Wilson

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