“It’s the road network that really is the key,” said Indraneel Kasmalkar, lead author of a new study with Jenny Suckale analyzing how coastal flooding impacts commute delays.
Stanford researchers contributed to a study that found that the coronavirus shutdowns led to “the longest and most coherent global seismic noise reduction in recorded history.”
"I have grave misgivings about gigaton-scale natural solutions," or forestry offsets, said Rob Jackson. "And gigaton-scale is the only thing that matters when we're talking about the coal and oil and natural gas industries."
“There’s a lot policymakers and companies can do to cut methane emissions. But in most places around the world, we aren’t doing them,” said Stanford scientist Rob Jackson.
Methane emissions have hit a record high, driven by coal mining, oil production, natural gas production, landfills and cattle and sheep ranching, according to research from the Global Carbon Project, an initiative led by Rob Jackson.
"There's a hint that we might be able to reach peak carbon dioxide emissions very soon. But we don't appear to be even close to peak methane," said environmental scientist Rob Jackson.
Global emissions of methane, a potent greenhouse gas, have reached the highest levels on record, according to new studies from the Global Carbon Project, a project led by Rob Jackson.
"Cows, oil and gas wells, rice paddies, landfills. These are some of the biggest sources of methane staining the atmosphere today," Rob Jackson and co-authors write in an op-ed describing their newly published studies of global methane emissions.
"Emissions from cattle and other ruminants are almost as large as those from the fossil fuel industry for methane," said Rob Jackson. "People joke about burping cows without realizing how big the source really is."
Worldwide emissions of methane have hit the “highest levels on record”, according to the latest update to the Global Methane Budget from the Global Carbon Project, an initiative chaired by Stanford's Rob Jackson.
Livestock farming and oil and gas production are clearly two engines powering rising methane emissions, says Earth system science professor Rob Jackson.
Research co-authored by Kevin Arrigo of Stanford Earth shows increased phytoplankton biomass is driving a rise in net primary production in the Arctic Ocean, or how fast plants and algae convert sunlight and carbon dioxide into nutrients.
Global emissions of methane rose by 9 percent in the decade through 2017, according to a study from the Global Carbon Project, which is led by Rob Jackson.
"There are a lot policymakers and companies can do to cut methane emissions. But in most places around the world, we aren't doing them," said Rob Jackson.
