Illegal Pot Farms Are Fouling California Waterways with Banned Pesticides

GR: Legalizing marijuana has been a progressive goal for many years. Over the same period, illegal pot farming and distribution has been one of the nation’s largest illegal industries. Now, the industry is becoming legal. Fine; people should have freedom to make personal choices. However, the pot industry, like most other industries has no concern for the consequences of its business operations. The story below is about pesticides, but other reporters have described the loss of wilderness, wildlife, soil, and water as pot farmers shove nature aside to make a profit.

Legalizing an industry can give public (government) control over product safety and environmental abuse. Of course, the current American administration is working hard to give all industries unregulated freedom comparable to the illegal pot industry. We all hope that this is a temporary blip in public control of the irresponsible actions of the weaker members of our species and that we can reinstate regulations soon.

“Illegal cannabis grow operations are polluting California waterways with banned pesticides, according to reports from Reuters. Despite recent legalization of recreational marijuana in the state, California still accounts for over 90% of illegal grow operations within the U.S. The extent of contamination puts wildlife and drinking water at risk, necessitating increased monitoring and enforcement to stop ongoing ecological damage.

“Unreleased reports obtained by Reuters indicate the presence of pesticides, such as diazinon and carbofuran, which have been linked to a range of adverse human health outcomes. Both chemicals inhibit acetylcholinesterase (AChE), an enzyme important for the transmission of nerve impulses. When AChE is inhibited, acetylcholine accumulates leading to overstimulation of neurotransmitters, resulting in muscle weakness, confusion, and paralysis, among other symptoms. Both chemicals have also been shown to be highly toxic to birds. According to EPA reports from the 1980s, carbofuran applications contributed to the death of between one and two million birds each year. Diazinon has likewise been linked to hundreds of bird kill incidents, with reports in the 1980s involving over 23 bird species in 18 states.

Ecologist Mourad Gabriel of Integral Ecology Research Center stands amid an illegal marijuana grow site in Northern California. (Courtesy Mark Higley/Hoopa Valley Tribal Forestry/University of California Davis Faculty/Handout via REUTERS)

“Reuters reports that law enforcement officers have been hospitalized from only touching plants or equipment contaminated with illegal pesticides. A police dog almost died from jumping in contaminated water, and there have been accounts of cows poisoned by nearby grow operations. “Carbofuran is in the water, and it’s not supposed to be,” said Mourad Gabriel, PhD, an ecologist who works with law enforcement on marijuana contamination issues to Reuters.

“According to Dr. Gabriel, half of the streams in eight watersheds known for illegal cannabis cultivation are contaminated with pesticide residues. “It’s like a layer cake,” Dr. Gabriel indicated. “They put chemical on chemical on chemical. We’ll find different chemicals in the water on different years.” Indeed, while some creeks tested clear during one season, return testing is finding new chemicals making their way into streams, likely as a result of their movement through the soil.” –Beyond Pesticides (Continue: Beyond Pesticides Daily News Blog » Blog Archive Illegal Cannabis Operations Are Fouling California Waterways with Banned Pesticides – Beyond Pesticides Daily News Blog.)

This Summer’s Gulf ‘Dead Zone’ Could Be Bigger Than Connecticut

GR:  Farms are a far greater source of toxic wastes than urban areas. Farming does it all. First, it obliterates natural habitats, second, it increases soil erosion, and third, it invites pesticide poisons that kill insects and the wildlife that depend on them. Join the Union of Concerned Scientists’ call on Congress to reject the Trump administration’s unacceptable budget cuts at the USDA, and instead vote to fully fund proven programs that keep our water clean, improve farmers’ livelihoods and help hungry families.

“Summer is almost here, and you know what that means. Sun, sand and … a watery wasteland devoid of all life? Yep, this is the time each year when a team of federal and university scientists predicts the size of the so-called dead zone that will develop in the Gulf of Mexico later in the summer. We’re waiting for that official prediction, but based on federal nitrate flux data and Midwest weather patterns this spring, it seems likely that it will be bigger than usual.

“That means a swath of marine habitat considerably larger than the state of Connecticut could be lifeless by summer’s end—a haunting prospect for coastal ecosystems, fisheries, and the men and women who earn their livelihoods from them. And the Trump administration’s budget proposal and general antagonism toward science and environmental protection are likely to make the problem worse in the future.

“Marine and coastal dead zones are the result of a phenomenon called hypoxia—a state of low dissolved oxygen that occurs when excess pollutants, such as nitrogen and phosphorus, accumulate in bodies of water. These nutrients feed blooms of algae that, when they die and decompose, deplete the oxygen in the surrounding water. Hypoxia is a silent killer, suffocating organisms that can’t escape the low-oxygen zone quickly enough, and causing others to flee.

“As we wrote a year ago when the National Oceanographic and Atmospheric Administration (NOAA) predicted an “average” (roughly Connecticut-sized) Gulf dead zone, even average is not the same as normal. Nitrogen and phosphorus can come from many sources, but the largest are due to human activity, including sewage discharges and fertilizers from farm fields running off into rivers and streams.

“In 2010, researchers at the University of Illinois showed that the problem of runoff from industrialized, corn-and-soybean intensive agriculture, with its system of underground drainage channels, dwarfs the impact of cities and other nutrient sources in the Midwest. Essentially, each year the Mississippi River and its many tributaries meandering through the Corn Belt quietly funnel a vast amount of agricultural pollution into the Gulf.” –Karen Perry Stillerman (More: This Summer’s Gulf ‘Dead Zone’ Could Be Bigger Than Connecticut.)

India, Once a Coal Goliath, Is Fast Turning Green – The New York Times

GR:  Here’s some good news. In a surprising development, India has begun moving from coal to solar energy. The country’s air-pollution problems are part of the reason. The rapid decline in the price of solar power is also a factor.

Smog enveloping buildings on the outskirts of New Delhi in November 2014. Credit Roberto Schmidt/Agence France-Presse — Getty Images

The next bit of good news I would like to see is a decline in India’s population. In the words of Indian conservationist Dr. K. Ullas Karanth, “India is renowned as the land of the tiger and the elephant; many of our gods are depicted riding peacocks or tigers. But sadly, the equation that existed between people and wildlife centuries ago has vanished, and our protected areas, which comprise a mere 4 percent of India’s landscape, are now mere islands amidst a sea of people, with tremendous demands and pressures being put upon them.”

MUMBAI, India — “Just a few years ago, the world watched nervously as India went on a building spree of coal-fired power plants, more than doubling its capacity and claiming that more were needed. Coal output, officials said, would almost triple, to 1.5 billion tons, by 2020.

“India’s plans were cited by American critics of the Paris climate accord as proof of the futility of advanced nations trying to limit their carbon output. But now, even as President Trump pulls the United States out of the pact, India has undergone an astonishing turnaround, driven in great part by a steep fall in the cost of solar power.

“Experts now say that India not only has no need of any new coal-fired plants for at least a decade, given that existing plants are running below 60 percent of capacity, but that after that it could rely on renewable sources for all its additional power needs.

“Rather than building coal-fired plants, it is now canceling many in the early planning stages. And last month, the government lowered its annual production target for coal to 600 million tons from 660 million.

“The sharp reversal, welcome news to world leaders trying to avert the potentially deadly effects of global warming, is a reflection both of the changing economics of renewable energy and a growing environmental consciousness in a country with some of the worst air pollution in the world.

“What India does matters, because it is the world’s third-largest emitter of greenhouse gases, behind China and the United States. And its energy needs are staggering — nearly one-quarter of its population has no electricity and many others get it only intermittently.

“With India’s power needs expected to grow substantially as its economy continues to expand, its energy use will heavily influence the world’s chances of containing the greenhouse gases that scientists believe are driving global warming.

“Much attention at the time of the signing of the Paris agreement was focused on the role President Barack Obama played in pushing India’s prime minister, Narendra Modi, to sign. In doing so, Mr. Modi committed India to achieving 40 percent of its electricity capacity from nonfossil-fuel sources by 2030.” –Geeta Anand (Continue reading.)

Plastic-eating bugs? It’s a great story – but there’s a sting in the tail

GR: People have often tried to import species to solve problems or increase productivity. Many times, unintended consequences have proven disastrous as the imported species spread beyond the objective and replaced local plants and animals. [Here’s an example from my research.] The story below gives another example for a current problem.

You’d need an awful lot of Wax Moth caterpillars to make a significant dent on the plastic waste problem. The UK alone discards almost 2m tonnes of the stuff every year.’ Photograph: Federica Bertocchini/Paolo Bombe/PA

“Caterpillars that can munch up plastic bags have just been identified, fuelling excited speculation that this could one day eliminate global pollution from plastic waste. The chance discovery, initially made by a scientist and amateur beekeeper whose plastic bag had been eaten through by the moth caterpillars, was reported this week by researchers at Cambridge University and the Spanish National Research Council.

“How thoughtful of nature to provide bugs that eat our rubbish. Is this the end of landfill, turtles with plastic-congested stomachs, and trees adorned with tattered ribbons of shopping bags?

“Well, it’s never that simple, is it? Attempts to commandeer nature to do our dirty work never seem to turn out as hoped, whether these take the form of planting trees to soak up carbon dioxide, or introducing invasive species for pest control, or using microorganisms to clean up oil spills. Remember the Australian cane toad debacle? The toads were introduced in the 1930s to control crop pests but instead gorged themselves on other local wildlife and spread across the country.

“These creatures, the larvae of the greater wax moth (Galleria mellonella), can devour polyethylene, which along with the closely related polypropylene is the main type of plastic found in waste. But you’d need an awful lot of them to make a significant dent on the plastic waste problem. The UK alone discards almost 2m tonnes of this stuff every year. At the rate of consumption reported by the researchers – one worm gets through about two milligrams of plastic a day – you’d need billions of caterpillars eating constantly all year round to deal with that.

“Quite aside from how and where you’d farm all these bugs, there’s something about them that news reports have failed to mention. Wax moths, which are found throughout the world, are so-called because they eat wax. Specifically, they love to eat the wax from which bees make their honeycombs – and so they can devastate bee colonies. The two common species of wax moth, of which Galleria mellonella is one, are thought to cause more than £4m worth of damage annually in the United States alone.” –Philip Ball (Continue: Plastic-eating bugs? It’s a great story – but there’s a sting in the tail | Philip Ball | Opinion | The Guardian)

With bee populations already under severe stress, we might want to think twice about breeding one of their common airborne enemies in huge numbers. Photograph: Peter Komka/EPA