Side effect of Monsanto's Roundup

SUBHEAD: Algae worry about the notorious glyphosate pesticide discovered in Great Lakes.

By Lorraine Chow on 7 July 2017 for Alternet -
(http://www.alternet.org/environment/glyphosate-sprayed-gmo-crops-linked-lake-eries-toxic-algae-bloom)


Image above: A dead fish surrounded by algae in Lake Erie during a record-setting algae bloom in 2011. Photo by Tom Archer. From original article.

Glyphosate, the controversial main ingredient in Monsanto's Roundup and other herbicides, is being connected to Lake Erie's troubling algae blooms, which has fouled drinking water and suffocated and killed marine life in recent years.

Phosphorus—attributed to farm runoff carried by the Maumee River—has long beenidentified as a leading culprit feeding the excessive blooms in the western Lake Erie basin. Now, according to a new study from chemistry professor Christopher Spiese, a significant correlation has been established between the increased use of glyphosate to the percentage of dissolved reactive phosphorus (DRP) in the runoff.

As No-Till Farmer observed from the study, DRP loads in Lake Erie increased in the mid-1990s at the same time that farmers began the widespread cultivation of crops genetically engineered to withstand multiple applications of Roundup.

"For every acre of Roundup Ready soybeans and corn that you plant, it works out to be about one-third of a pound of P [phosphorus] coming down the Maumee," Spiese told the agricultural publication.

Here's how the team came to the conclusion, as No-Till Farmer reported:

Through his own and others' research, Spiese found that depending on the types of metal in the soil, glyphosate does release P. For example, when glyphosate is applied to soil containing iron oxide-hydroxide, P is immediately released. But almost nothing is removed when it's an iron oxide material.

Finally, Spiese took soil samples all over the Maumee watershed, applied P to them and then sprayed glyphosate to see how much P was released vs. soil that wasn't sprayed with glyphosate after 24 hours. He saw desorption occurred all over the watershed, but certain areas were higher than others, specifically in the southeastern corner.

Based on the average two glyphosate applications growers make every year, Spiese estimates that overall, 20-25 percent of the DRP runoff is caused by glyphosate. But depending on the location within the watershed, that percentage could be much lower or much greater.

"Some of those sites, it's less than a percent. Other sites it's almost 100 percent," he says.

Previous studies have tied glyphosate to the phosphorous fueling Lake Erie's blue-green algae. In 2009, Ohio Sea Grant researchers, Drs. R. Michael McKay and George Bullerjahn of Bowling Green State University, found that glyphosate could only be detected in the lake at certain times of year—after crops are planted.

"Our research is finding that Roundup is getting into the watershed at peak farming application times, particularly in the spring," McKay said.

Approximately 1,000 metric tonnes (about 2.2 million pounds) of Roundup is applied in the Lake Erie watershed per year, and it is being detected in adjacent waterways particularly in the spring, the Ohio Environmental Protection Agency (EPA) noted from McKay and Bullerjahn's study.

The researchers also found that the blue-green algae (cyanobacteria) in the lake are capable of using phosophonates.

"It turns out that many cyanobacteria present in Lake Erie have the genes allowing the uptake of phosphonates, and these cyanobacteria can grow using glyphosate and other phosphonates as a sole source of phosphorus," Bullerjahn said.

• Lake Erie’s Toxic Algae Bloom Forecast for Summer 2016 http://ow.ly/2f31301dia5 @greenpeaceusa@HuffPostGreen

• EcoWatch (@EcoWatch) 3:55 PM - 13 Jun 2016

Harmful Lake Erie blooms have increased at record levels over the last decade,according to the U.S. EPA and are expected to become more common due to warmer temperatures and heavy rainfall that feed algae growth.

The toxic algae rob oxygen from the waters creating dead zones where fish and other marine life are unable to survive. The algae is also a threat to humans—swallowing it can cause health problems such as rashes, vomiting, numbness and difficulty breathing.

In February this year, the U.S. and Canada announced a goal to reduce the amount of phosphorus entering affected areas of Lake Erie by a total of 40 percent by 2025.

See also:
Ea O Ka Aina: Glyphosate harms gut enzyme 6/20/17
Ea O Ka Aina: Monsanto and EPA collusion 3/29/17
Ea O Ka Aina: Corporate monster Monsanto 3/20/17
Ea O Ka Aina: Monsanto colluded with EPA 3/14/17
Ea O Ka Aina: Monsanto and First Amendment 1/24/17
Ea O Ka Aina: EPA obedient to Monsanto 12/17/16
Ea O Ka Aina: 'Non-GMO' labels not strong enough 9/29/16
Ea O Ka Aina: Monsanto's Bizzaro World 8/13/16
Ea O Ka Aina: Our Right to Health 7/17/15
Ea O Ka Aina: Pope on a roll 7/3/15
Ea O Ka Aina: Gluten or Glyphosate Intolerance? 11/18/14
Ea O Ka Aina: Sri lanka bans RoundUp 3/17/14
Ea O Ka Aina: Roundup and human health 4/25/13
Ea O Ka Aina: Monsanto knew of birth defects 6/7/11
Ea O Ka Aina: Feds lay down for GMOs 2/15/11
Ea O Ka Aina: Monsanto Lies, Again and Again 10/17/09

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Great Lake Rust Belt environment

SUBHEAD: Gary, Indiana is facing either the greatest crisis in its 110-year history, or the greatest opportunity.

By Winifred Bird on 31 May 2016 for Yale e360 -
(http://e360.yale.edu/feature/greening_rust_belt_cities_detroit_gary_indiana/2999/)


Image above: A Pre-settlement ecosystems map of the Indiana Coastal Region where plant biodiversity rivaled Yellowstone National Park. Click to embiggen. From (https://en.wikipedia.org/wiki/Habitats_of_the_Indiana_Dunes).

Depending on how you look at it, Gary, Indiana is facing either the greatest crisis in its 110-year history, or the greatest opportunity. The once-prosperous center of steel production has lost more than half its residents in the past 50 years.

Just blocks from city hall, streets are so full of crumbling, burned-out houses and lush weeds that they more closely resemble the nuclear ghost town of Pripyat, near Chernobyl, than Chicago’s glitzy downtown an hour to the northwest. Air, water, and soil pollution are severe.

Yet in the midst of this, Gary has quantities of open space that more prosperous cities can only dream of, and sits on a stretch of lakeshore where plant biodiversity rivals Yellowstone National Park.

Now, the big question for Gary, and for dozens of other shrinking cities across the United States’ Rust Belt — which collectively have lost more than a third of their population since the middle of the 20th century — is how to turn this situation to their advantage.

The answer that is beginning to emerge in Gary and other cities of the Rust Belt — which stretches across the upper Northeast through to the Great Lakes and industrial Midwest — is urban greening on a large scale. The idea is to turn scrubby, trash-strewn vacant lots into vegetable gardens, tree farms, stormwater management parks, and pocket prairies that make neighborhoods both more livable and more sustainable.

These types of initiatives have been evolving at the grassroots level for decades in places like Detroit and Buffalo; now, they are starting to attract significant funding from private investors, non-profits, and government agencies, says Eve Pytel, who is director of strategic priorities at the Delta Institute, a Chicago environmental organization active in Gary and several other Rust Belt cities.

“There's a tremendous interest because some of these things are lower cost than traditional development, but at the same time their implementation will actually make the other land more developable," she said.

Or, as Joseph van Dyk, Gary’s director of planning and redevelopment, put it, “If you lived next to a vacant house and now all of a sudden you live next to a forest, you're in better shape.”

Van Dyk noted that city planning in the U.S. had long been predicated on growth. But, he added, “That’s been turned on its head since the Seventies — Detroit, Cleveland, Youngstown, Flint, Gary have this relatively new problem of, how do you adjust for disinvestment? How do you reallocate your resources and re-plan your cities?”


Image above: Brother Nature Produce Farm, a  community effort in Detroit, which has been a leader in green urban renewal. From original article.

Detroit, which has at least 20 square miles of abandoned land, has been a leader in envisioning alternative uses for sites that once would have been targeted for conventional redevelopment.

The city has 1,400 or more urban farms and community gardens, a tree-planting plan so ambitious the local press says it “could serve as a model for postindustrial cities worldwide,” and $8.9 million from the U.S. Department of Housing and Urban Development to implement green infrastructure projects and install solar panels on other vacant lots.

But while demolition itself has added an estimated $209 million to the equity of remaining homes in Detroit, Danielle Lewinski, vice president and director of Michigan Initiatives for the Flint-based Center for Community Progress, said hard data on the value of greening projects is more difficult to come by.

“There's opportunity in Detroit to see an impact in surrounding property values, and therefore people's interest in that area,” said Lewinski, who has been involved in land-use planning there. “The key, though, is that it needs to be done in a way that is strategic and links to other attributes that would attract a person to move into a neighborhood. My concern is that green reuse, absent a connection to a broader vision, may not be nearly as successful from an economic value standpoint.”

In Gary, the broader vision is to concentrate economic development in a number of “nodes,” each of which would be surrounded by leafy corridors of “re-greened” land. The corridors would separate the nodes, helping to give each neighborhood a more distinct identity, as well as bring residents the benefits of open space and serve as pathways for wildlife moving between existing natural areas.

A land-use plan for preserving Gary's core green space is already in place, and officials are currently revising the city’s Byzantine zoning regulations to make redevelopment of the nodes easier.

Projects in Gary are at an even earlier stage than in Detroit, however, and walking the city’s cracked sidewalks, it can be hard to envision a turnaround. Decades of layoffs at the steel mills, compounded by white flight, have left behind a population that is 28 percent poor, 19 percent unemployed, and 85 percent black, living in a landscape where more than a fifth of the buildings are, more than a third are blighted, and almost half of the lots are empty.


But van Dyk and many of his colleagues, including Gary’s dynamic mayor Karen Freeman-Wilson, have high hopes for a green renaissance. Standing in his office on the second floor of a re-purposed bank, van Dyk unfurled a map of the city to illustrate what the future might hold.

Around 12,500 tiny blue rectangles dotted the map, representing orphaned parcels whose property taxes haven’t been paid in more than a decade.

“There’s a lot of flooding over here,” he said, pointing a pink highlighter at the Midtown district. “The infrastructure’s decrepit. There’s really low population, and really high ecological value.”


Image above: Site of an abandoned house in Gary, Indiana that can be "mined" for materials and returned to the natural environment. From original article.

Wielding the highlighter like a miniature bulldozer, he traced a winding path over solid blocks of blue, knocking down houses so that strands of wilderness interlaced the neighborhood and neglected parks returned to wetland.

That green network, he said, could help alleviate many of the city’s problems. “Vacant property affects everything from quality of life, public safety, and property values to economic development and stormwater management,” said van Dyk.

Van Dyk currently has $6.6 million from the federal government to tear down about a tenth of the city’s abandoned homes.

To make sure it’s used in a way that benefits both the environment and the remaining residents, he is working with Pytel’s organization, Detroit’s Dynamo Metrics, and staff in Gary’s parks and stormwater management departments to develop a comprehensive demolition strategy.

One part of that strategy entails “deconstructing” rather than simply demolishing buildings, so that contractors can comb them for valuable old-growth timber, vintage fixtures, and other reusable elements.

This spring, the Delta Institute received a $385,000 grant from the Knight Foundation to build a reclamation and reuse facility in Gary similar to one it launched in Chicago in 2009, which has since diverted around 9,700 tons of building materials from landfills. Jennifer White, a former Chicago architect who now lives in Gary, has launched a similar project to salvage building materials and use the money from reselling them to remodel or demolish homes in her neighborhood.

The second part of the strategy involves finding conservation-oriented uses for lots opened up by demolition.

One idea already being piloted is to turn them into tree farms. Fresh Coast Capital, a real-estate investment firm based in Chicago, is planting poplar trees on 60 acres of abandoned land in Gary and six other Rust Belt cities; the fast-growing trees suck up heavy metals and other industrial pollutants with their deep roots, and will potentially sequester 14,000 tons of carbon dioxide over 15 years.

They will then be harvested as timber and the revitalized land returned to municipal governments. By then, city leaders hope, they will have the resources to redevelop it.

Another idea is to use vacant lots to augment or link the rich wilderness areas that already exist in Gary.

The city hugs the southern curve of Lake Michigan, sitting on top of a globally rare ecosystem called dune-and-swale, where cacti, orchids, black oaks, and more than 1,400 other plant species grow in alternating strips of wetland and sand dunes.

Although the U.S. Steel Corporation destroyed much of this ecosystem when it founded Gary — and the steel mill at its heart — in 1906, roughly 500 acres survive in the Indiana Dunes National Lakeshore and several other preserves that abut the mill. The mill continues to operate with a fraction of its former workforce.

City officials have approached the managers of these preserves about expanding their holdings by rehabilitating vacant lots. But Kristopher Krouse, the executive director of the Shirley Heinz Land Trust, which manages about 50 acres of intact dune-and-swale habitat in Gary, said that could be difficult.

While he enthusiastically supports the city’s efforts, and believes some of the properties targeted for demolition might work as buffers around existing preserves, Krouse questioned whether taking on scattered properties degraded by crushed foundations or former industrial use would be meaningful from a conservation perspective.

A third, and so far more promising reuse strategy, is to link demolition with stormwater management. Brenda Scott-Henry, director of green urbanism for Gary, said that whenever crews take down a property they create a three- to four-inch depression on the site and plant grass so that rain soaks into the water table rather than running off into sewage pipes.

In areas with severe flooding, her department is starting to install more extensive green infrastructure, such as infiltration beds made up of buried gravel that act like an underground sponge to slow down the flow of water.

These measures are crucial because Gary, like many older cities, has a combined sewage system that carries rainwater, sewage, and industrial wastewater to the treatment plant in the same pipes.

During heavy storms — which are becoming more common due to climate change —rainwater overwhelms the system, forcing the sanitary district to discharge huge amounts of raw sewage into rivers that lead to Lake Michigan, the region’s largest source of drinking water.

The U.S. Environmental Protection Agency has ordered Gary to fix the problem, but doing so with traditional infrastructure would cost hundreds of millions of dollars.

“If we have to spend that money, why not use it to address some of the other issues we have here, like high unemployment [and the need for] buffers to reduce flooding in severe weather events?” Scott-Henry said.

She plans to meet the EPA’s demands through a combination of gray and green infrastructure, as many Rust Belt cities are doing. Workers trained through a city jobs program for ex-offenders will maintain the plantings over the long term.

Rain gardens bring more direct benefits to neighborhoods, as well . In Philadelphia, several studies have linked a city-wide initiative to landscape more than 16 million square feet of vacant land — part of a stormwater-reduction effort — to reductions in violent crime and stress.

Those are urgent problems in Gary, where murder rates are high (though declining) and police have found the bodies of at least 7 victims inside abandoned homes.

Even more than safety, though, community organizer Jessie Renslow said she values the hope that greening projects bring.

“It’s easy to be cynical, because Gary has been planned to death, and people have had their hearts broken before,” she said. “The people who have decided to stay are ready for a positive reincarnation.” 



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