ballast water

Inside the battle to preserve the underwater ghosts of Ontario's Great Lakes

Inside the battle to preserve the underwater ghosts of Ontario's Great Lakes

Archeologists, historians and divers are trying to digitally capture more than 1,000 shipwrecks at the bottom of the Great Lakes before they become unrecognizable after a combination of invasive mussels and climate change have accelerated their deterioration at an alarming rate. The Great Lakes region is known among diving circles as one of the best places in the world to explore shipwrecks because the cold, fresh water offers ideal conditions for their preservation, even in shallow water. 

Canada looks to tighten ballast water regulations

Canada looks to tighten ballast water regulations

Transport Canada, the government entity dealing with maritime regulations and policies, will accept applications for research funding from Canadian vessel owners, operators, Canadian Port Authorities, not-for-profit organisations, public sector organisations and academia. Vessels need to use a ballast water management system (BWMS) to comply with the regulations and reduce the risk of introducing and spreading aquatic invasive species in Canada.

Canadian government to invest more than $12 million in combatting invasive species

Canadian government to invest more than $12 million in combatting invasive species

Transport Minister Omar Alghabra committed $12.5 million in funding Wednesday to launch the Ballast Water Innovation Program aimed at keeping invasive species out of the Great Lakes. “This is done under the Oceans Protection Plan which has been the largest investment that Canada has ever made in protecting our oceans and waterways,” Alghabra said.

Great Lakes Ballast Water

Great Lakes Ballast Water

The Federal Maritime Commission is seeking more information as it investigates the potential impact of Canadian environmental regulations on U.S. shipping companies operating in the Great Lakes. Nearly two years ago, the Lake Carriers’ Association filed a complaint with the commission that Canadian rules for ballast water would harm their operations. The trade association wanted to slap a $300,000 fee on any Canadian vessel entering a U.S. port. Ballast water helps ships balance their loads. But it can also transfer invasive species between water bodies. The commission wants more information on how the finalized Canadian regulations might affect U.S. ships.

The EPA must follow Canada's lead and issue new rules for ballast water to protect the Great Lakes

The EPA must follow Canada's lead and issue new rules for ballast water to protect the Great Lakes

Last week Canada issued new rules requiring all vessels stopping at Canadian ports to have ballast water treatment systems in place by 2030. While this may seem like a niche issue, reports have shown us that ships contribute to the introduction and spread of destructive aquatic invasive species through the discharge of ballast water. Once species such as zebra and quagga mussels set up camp, they devastate the natural food chain and can lead to dangerous algae growth, which causes substantial environmental and economic harm to the Great Lakes and waters all across the country.

Transport Canada ballast water regs slammed as “half baked”

Transport Canada ballast water regs slammed as “half baked”

The Ottawa, Canada, headquartered Chamber of Marine Commerce doesn’t like new ballast water regulations released by Transport Canada. In fact, Its president and CEO, Bruce Burrows, calls them “a half-baked solution.” The Chamber says the new regulations “unfairly target Canadian ship operators—who have spent billions of dollars on new fuel-efficient, eco-ships—while giving an extra six years for compliance to owners of older vessels, including those of virtually all U.S. ships operating in the Great Lakes-St. Lawrence inland waterway.” The Chamber says this “creates an unlevel playing field between Canadian and U.S. domestic fleets (which operate virtually all older vessels) and discourages further investment in new, more fuel-efficient ships that produce significantly lower greenhouse gases.”