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The poor things cant help it, but cows are really gassy, and thats really bad for the planet: Microbes in their guts produce methane a greenhouse gas up to 80 times more powerful than carbon dioxide which comes out as burps. Consequently, livestock is responsible for 30 percent of humanitys methane emissions.
Soil acts as a carbon ‘sink’, locking in GHGs that would otherwise be released into the atmosphere. Upgrading UK soils, particularly farmland and degraded peatlands, could radically improve their ability to store carbon.
A recent study has found it is currently “not feasible” for the global livestock industry to sequester enough carbon to cancel out its planet-warming emissions — and that policy efforts geared toward that goal may be deeply misguided. 135 gigatons is roughly equal to all the carbon lost due to agriculture over the past 12,000 years.
Why Manure-to-Hydrogen Conversion Matters Cow manure emits large amounts of methane, a potent greenhouse gas that has a significant impact on climate change. First, it lowers methane emissions by capturing the gas during processing. Methane pyrolysis is an energy-intensive process but has notable benefits.
A useful way to think about the effort and timescales required is to consider the " Carbon Law ," which was coined by my friend Johan Rockström. So, what does the Carbon Law say? To keep within the remaining carbon budget for 2 degrees C, we have to cut our emissions drastically, reaching net-zero emissions as soon as possible.
Amid the commotion, an invisible gas often escapes unnoticed, warming the planet and harming our health: methane. The researchers found these super-emitting points can persist for months or even years, and account for almost 90 percent of all measured methane from the landfills. times, and sometimes as much as 2.7
We can now harness the carbon scavenging power of Japanese knotweed and other invasive plants, explains Nic Seal, Founder and MD of Environet, a UK specialist in the topic. As far back as 2008 we thought it eco-crazy to dig up knotweed infested soils from one site only to dump it in a landfill site, many miles away.
Greenhouse Gases and their Carbon Dioxide Equivalents. It’s important that businesses understand which gases matter and how to measure these gases using the common approach of carbon dioxide equivalents. The three major greenhouse gases are carbon dioxide (CO2), methane (CH4), and nitrous oxide (N2O). Methane (CH4).
But balancing a reduction in carbon emissions with the need for profit isn’t always easy. 1 With agriculture estimated to have been the source of 48% of the UK’s methane emissions in 2020 – an increase of 1.3% The AD process also produces an organic biofertiliser and soil conditioner, called digestate. What’s in it for farmers?
CSA enhances soil health and builds climate resilience, while aiming to mitigate greenhouse gas emissions. We evaluate if this sustainable agricultural practice can serve as a climate-smart agricultural practice in terms of food production, soil health, and environmental sustainability. What is biochar?
Frances Hidden Treasure: Unveiling Natural Hydrogen Deposits France has made headlines with groundbreaking discoveries of natural hydrogen , also known as white hydrogen, buried beneath its soil. Most notably, an initial discovery was made in May 2023, followed by a more recent finding in March 2025.
The creation of biochar, a charcoal used as a soil amendment, from Japanese knotweed plant waste is a carbon negative process which harnesses the carbon-scavenging power of Japanese knotweed in a positive way and contributes to the fight against climate change by locking carbon away for thousands of years.
The World Biogas Summit 2021 will focus on how, in the build up to COP26, anaerobic digestion (AD) and biogas can help reduce global methane and other greenhouse gases (GHG) emissions. Ahead of his address, CCAC’s Drew Shindell said: “Methane mitigation is one of the most significant climate actions the world can take this decade.
The voluntary carbon offset market is rocketing, with the Ecosystem Marketplace reporting an annual market value of ~$1 billion in 2021, which was an all-time high. This can make things difficult for business leaders like you, looking to reduce their carbon footprint through purchasing offsets. The rules of carbon offsetting.
Biodigesters are an effective way to reduce the carbon footprint of a business, easily manage food waste, and save money. Of course, one of the great benefits of biodigesters is they are eco-friendly and will reduce a facility’s carbon footprint significantly. One way for a business to be more sustainable is by utilizing a biodigester.
The company’s global CEO Gilberto Tomazoni complained in September that “currently, only four percent of climate change investment is directed toward agriculture and food systems” , going on to laud agriculture’s “tremendous potential to capture carbon” and estimating the bill for transformation at $300 to $350 billion.
The global dairy company Danone is taking a big step forward by pledging to work with its farmer suppliers to reduce methane emissions from its fresh milk supply chain by 30% by 2030. . It aims to achieve significant methane cuts while feeding a growing population and protecting the livelihoods of farmers around the world.
Almost exactly a year ago, we reported that June and July wildfires in the Arctic had released as much carbon as Belgium does in an entire year — an unprecedented summertime burn that would amplify the region’s climate change–fueled fever. Following months of warm weather , fires began flaring up in northern Siberia around the start of May.
As the world increasingly turns toward natural climate solutions like reforestation and grassland restoration to sequester carbon, it may be overlooking a crucial ally: animals. The researchers argue that these essential species disperse seeds, facilitating the growth of carbon-sequestering trees and plants.
As greenhouse gases (GHGs) bubble up across the Arctic, researchers are trying to identify other trace gases from soil microbes that could shed light on what is occurring in the melting permafrost. The goal is to use sensitive gas detection devices to sample microbial volatile compounds coming out with the methane and CO2 gases.”.
As understanding of the climate crisis increases and the harm to ourselves, the environment, business, industry, and the economy that will follow, so a desire to not only reduce carbon but to be seen reducing carbon increases. In both cases, carbon offsetting removes CO 2 from the environment.
Carbon neutral fertiliser production and use to be discussed at Agri-TechE event on 24 March. They have each developed an alternative approach to generating fertiliser, using renewable energy sources, operating from a shipping container, offering the potential for carbon-neutral production.
This renewable energy potential, coupled with zero carbon emissions when used, has put natural hydrogen at the forefront of global efforts to transition away from fossil fuels. Advances in gas-detection technologies, geochemical soil surveys, and borehole drilling have accelerated exploration. For example, a U.S.
That may not be such a big deal for a human, but new research shows that the microbial action in icy Arctic soils might not be so different. Permafrost, the frozen earth that covers roughly a quarter of the Northern Hemisphere , traps an enormous amount of planet-heating carbon — 2.5 times the amount currently in the atmosphere.
in backing for its plan to fund farmers' use of methane-reducing cattle feed through CO2 offsets. Companies and individuals may soon be able to pay cows to burp less in return for carbon offset credits, under plans being developed by Swiss-British agritech firm Mootral to fund the use of methane-cutting cattle feed on farms.
Meat emits around a third of global emissions of methane, and action to cut this greenhouse gas has been identified by the UN and world leaders as the quickest route to slowing global heating. All these methods work to improve the soil, reduce air and water pollution, cut emissions, and boost biodiversity.
Beneath all that white serenity, some of those fires actually continue smoldering underground, chewing through carbon-rich peat, biding their time. Northern soils are loaded with peat, dead vegetation that’s essentially concentrated carbon. When a fire burns through vegetation, it gives off lots of carbon dioxide.
Every year, we generate over 105bn tonnes of organic wastes (sewage, food waste, garden waste, food and drink-processing waste, farm and agricultural wastes), which release harmful methane and other greenhouse gases into the atmosphere as they decompose.
Navigating the complex world of carbon credits can be challenging for companies because not all are equal. . A new report highlights differences in the approaches used to produce agricultural soilcarbon credits and how this can cause uncertainty for companies looking to purchase or generate them.
During September’s Climate Week in New York City, the world’s major food companies lined up to share their pro-nature credentials, claiming that they are embracing “regenerative agriculture” practices that will reduce their massive carbon footprint.
That’s the idea of a carbon sequestration technique called wood vaulting. Scientists and climate tech companies alike say wood vaulting could help store some of the carbon dioxide equivalent, in the form of flammable vegetation, that the Forest Service must deal with in the coming years — an estimated 2.2 billion metric tons.
Hydrogen can play a crucial role in the decarbonisation of the UK economy, especially where that hydrogen is “green” with zero carbon emissions. As methane is 28 times more potent a greenhouse gas compared to carbon dioxide, each molecule of methane captured is a significant gain in steps to reduce global warming.
Findings from BeZero Carbon reveal that nearly nine in 10 people would welcome greater business and government support for nascent carbon removal sector. The findings also reveal there is a general lack of awareness around carbon offsetting, with just 45 per cent of respondents knowing what the term means.
The group added that the targets could be met through the development of a "climate smart" supply chain, including the adoption of science-based land management practices to maintain healthier soils, enable additional carbon sequestration, promote efficient water use, and increase biodiversity.
As they walled off rivers and created dry islands from what was previously soggy marsh, they discovered incredibly rich soil. No one foresaw that this very bounty — soil rich with organic material — would, over time, become a curse of sorts. That organic material contains copious amounts of carbon.
Trial in Buckinghamshire confirmed new technology that converts dairy herd waste into fertiliser can slash ammonia and methane emissions. N2 Applied has developed a technology, called N2 Unit, that it claims can reduce both ammonia and methane emissions and enrich livestock manure. million tonnes a year by 2035.
It eliminates the formation of ethane and methane types of greenhouse gasses from garbage dumps. It eliminates contamination of groundwater and soil due to highly acidic Leachate formed from garbage dumps. The compost also adds benefits of nitrogen-fixing microbes in the soil while maintaining the pH balance of the soil.
A study conducted by the University of Kentucky found that the dominant contributor to the carbon footprint and variable costs of field-grown trees is equipment use, or, more specifically, the combustion of fossil fuels which occurs at harvest time. Organic waste in landfills generates methane, a potent greenhouse gas.
Researchers will develop new ways to monitor carbon emissions from vast swathes of peatland after winning almost half a million pounds to develop new sensors that can be used in remote areas. Peatlands store around one-third of the world’s soilcarbon, playing a vital role in reducing carbon emissions and combatting climate change.
The hope is that by preventing the screenings from going to landfills and adding biochar to boost biological wastewater cleaning, treatment plants will require less energy to operate, which in turn will help reduce their carbon footprints. Carbogenics is a spin-out from the University of Edinburgh.
The type of initiatives that a company implements often depends on their financial resources and the extent to which they are willing to reduce carbon emissions and promote social sustainability. Without thoughtful management, organic waste can emit methane gas as they decompose. The use of these irrigation methods could avoid about 1.13
Food is the number one component taking up space in US landfills and it produces methane, a more potent greenhouse gas. Composting converts organic waste into soilcarbon, averting landfill methane emissions in the process. How to Prevent Food Waste in the Workplace.
Moreover, by breaking out prominent agricultural GHGs—methane, nitrous oxide, and carbon dioxide—for six primary commodities as examples, our guide helps sustainability teams deliver a new approach to drive emissions reductions efficiently and in highest service to their climate strategy. Our Recommendations Cattle: Methane.
And their expectation is that this summer isn’t a once-in-a-lifetime fluke; rather, it’s indicative of rapid changes that could alter the fabric of Arctic ecosystems, unleashing even more billions of tons of carbon into the atmosphere. Not to pick on Belgium again, but that’s the same amount of carbon the country emitted in all of 2018.
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