Sharing the seas
Posted November 14, 2018
Crab and lobster harvesters are testing new technology to reduce net entanglements with whales.
In 2017, 12 of the mere 450 North Atlantic right whales left on Earth became entangled in fishing gear in the Gulf of St. Lawrence in Canada’s maritime provinces. Five died. Three managed to escape. People freed another three, and one disappeared. Another five were killed by ship strikes. Pressure mounted on the fishing industry and regulators to do something.
Whales are particularly vulnerable to “fixed gear” fishing, in which traps set on the seafloor to catch crabs and lobsters are connected via ropes to buoys on the surface. In areas where fishing is dense, these hanging ropes create an obstacle course for whales and other animals, including leatherback and loggerhead turtles. Canadian waters also saw 80 humpback and 40 minke whale deaths last year, with entanglement as one of the main causes. Entanglement in fishing gear was the No. 1 cause of death for all large whales. On right whales’ migratory routes, calving and foraging areas along the East Coast of North America, from Georgia to the Gulf of St. Lawrence, the whales must swim a gauntlet of an estimated one million vertical fishing ropes attached to crab and lobster traps.Continue Reading...
Closing the carbon loophole
Posted April 12, 2018
Governments aim to stop offshoring emissions
The European Union is lauded as a climate leader for reducing its greenhouse gas emissions by nearly 20 per cent since 1990. But it realized some of those gains by outsourcing production to places with less stringent standards. If imported goods are included, Europe’s emissions have actually increased by 11 per cent, according to a report from ClimateWorks Foundation.
Europe is not alone in exploiting this carbon loophole. The United States’ 6 per cent increase in domestic emissions since 1990 ticks up to a 15 per cent increase when trade is included, according to the online database Global Carbon Project. As of 2015 Canada’s emissions have increased 22 per cent over 1990 levels, but if imports are included, that increase jumps to 26 per cent.Continue Reading...
Shrinking wastewater’s hefty carbon footprint
Posted April 27, 2017
Communities looking to reduce fossil fuel use find opportunity in energy-hogging treatment plants.
This article first appeared on Ensia
Wastewater treatment plants are energy hogs. A 2013 study by the Electric Power Research Institute and Water Research Foundation reported that they consumed about 30 billion kilowatt-hours of electricity per year, or about 0.8 percent of the total electricity used in the United States. Wastewater treatment’s high energy footprint is ironic because the organic matter in wastewater contains up to five times as much energy as the treatment plants use, according to the American Biogas Council. Reducing treatment plants’ energy footprints through energy efficiency and using the currently wasted energy could save money and reduce greenhouse gas emissions.Continue Reading...
A different kind of bank
Posted September 29, 2016
Green banks are being set up to boost investment in renewable energy
The fossil fuel divestment movement argues that where we invest our money either helps move toward a cleaner future or props up polluting industries that are driving climate change.
Now government agencies are taking that idea to the next level by proactively encouraging investment in renewable energy and energy-efficiency projects. Called green banks, they are not banks as we typically think of them. They do not accept deposits from individuals, and they aren’t private institutions. Instead, green banks are government run and aim to leverage limited public funds by attracting private capital to these projects.Continue Reading...
Water down under
Posted January 13, 2016
Lessons from Australia's revolution in water management.
Australia is the driest inhabited continent on the planet, a reality that was underscored by wildfires, dry riverbeds and struggling farmers during its decade-long Millennium Drought.
Beginning in 1995 and extending until 2012, the drought stretched Australia’s water resources to the limit. State and local officials were hesitant at first, but were forced to act as water flows dropped and aquifers began to run dry.
“There’s nothing like a crisis to drive interest in a reform,” said Mike Young, who speaks from experience. The professor of environmental and water policy at the University of Adelaide has been a leader in Australia’s water reform movement since the 1990s.Continue Reading...