Sustainability and climate protection in particular have quickly become top priorities for executives. It is no longer a question of why companies should contribute to climate protection, but how. Although it may sound unlikely: Accounting can play a not insignificant role in this. Companies must start treating greenhouse gas emissions as financial transactions. For that, they need a CO accounting system ₂ , which is similar to their financial accounting.  However, carbon accounting is still mainly done using spreadsheets and semi-automated tools that use estimates to determine the carbon footprint  and averages. Only 9 percent of companies have a comprehensive overview of their greenhouse gas emissions and their impact on the entire value chain. 

Carbon credits are a key component of carbon trading and carbon offset programs, which are designed to reduce greenhouse gas (GHG) emissions and combat climate change. The basic concept revolves around assigning a monetary value to a certain amount of greenhouse gas emissions reduced or removed from the atmosphere. One carbon credit is typically equal to one metric ton of carbon dioxide (CO2) or its equivalent in other greenhouse gases. The carbon credits market size was valued at $2 billion in 2022 and is estimated to reach $143.5 billion by 2032, growing at a CAGR of 55.5% from 2023 to 2032.

REDD+ projects they make up the largest number  carbon credits in the Voluntary Carbon Market (VCM), which was worth almost $2 billion in 2021 – almost four times its value in 2020. It has come a long way since the first REDD credit was issued under the Voluntary Carbon Standard in 2011. Over the course of ten years, REDD+ – which means reducing emissions from deforestation and forest degradation, while "+" refers to sustainable forest management,   protection  a reforestation – passed from the little-known Framework Convention United Nations about climate change. (UNFCCC) on a critical policy solution for rainforest countries. Until last year, VCM growth projections were optimistic. Non-profit initiative Ecosystem Marketplace painted an optimistic picture for 2022 in its annual report "The State of Voluntary Carbon Markets" as carbon prices rose. (Gabrielle See)

There are many different types of carbon credit projects that can be undertaken to reduce carbon emissions. We discuss a few below:

• Afforestation and forest restoration projects   include planting new forests or restoring degraded forests. Trees absorb CO ₂ from the atmosphere and prevent it from entering the atmosphere. Project developers like DGB bring together ecologists and local communities to design and manage reforestation projects. We have several large-scale projects to plant millions of trees to protect nature and natural habitats. Each project is assessed and certified by an independent third party to ensure it meets strict emission reduction and sustainable development standards.
• Energy efficiency projects are focused on reducing energy consumption and improving efficiency in buildings, factories and other facilities. For example, DGB has energy efficient stove projects in Cameroon and Kenya. 2.6 billion people depend on wood and charcoal as their primary source of fuel. Therefore, it is essential to develop a stove that will help them use natural resources in the most efficient way possible. This leads to less deforestation, air pollution and carbon emissions
• Renewable energy projects they generate clean energy from renewable sources such as wind, solar and hydropower. By investing in these projects, companies can earn carbon credits and offset their emissions.
• Methane capture and utilization projects they include capturing methane emissions and using the gas as a fuel source. Methane is a powerful greenhouse gas released during oil and gas production, as well as from landfills and agricultural activities. By investing in these projects, companies can earn carbon credits.
• Carbon capture and storage (CCS) projects include the capture of CO emissions ₂ from industrial processes and energy production, storing them underground or reusing them for other purposes. By investing in CCS projects, companies can earn carbon credits and offset emissions. (AI)

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• Reducing carbon emissions: The primary environmental benefit of carbon credits is that they help reduce carbon emissions, the main cause of climate change. By creating a market for emissions reductions, carbon credits provide a financial incentive for companies and individuals to reduce their carbon footprint, invest in nature and clean energy, and implement carbon reduction measures.
• Nature protection on a large scale: Carbon credits enable large investments in nature restoration projects, which have a tangible positive impact on forests and wetlands. Nature-based solutions such as afforestation, reforestation and conservation are among the best ways to earn high-quality carbon credits.
• Support for sustainable land use: Carbon credits generated by forestry and land use projects support sustainable land management practices such as agroforestry and regenerative agriculture. These projects help reduce carbon emissions and provide a range of co-benefits including community education, biodiversity conservation, soil erosion control and improved water quality.
• Support for sustainable development: Carbon credits support sustainable development by financing carbon agriculture, sustainable land use, community carbon projects, renewable energy and energy efficiency. This can help tackle energy poverty and reduce emissions in the fastest growing regions.
• Support for the development of renewable energy: Renewable energy projects such as wind and solar generate carbon credits by replacing fossil fuels and reducing carbon emissions. By stimulating the development of renewable energy, carbon credits support the transition to a low-carbon economy and reduce our dependence on fossil fuels. (AJ) DGB group

There are several types of carbon credits that can be classified by the type of project that generates them or by the standard used to certify them. Here are some examples:

• Forestry credits: These credits are generated by afforestation, reforestation or deforestation prevention projects. Forests absorb and store atmospheric CO ₂ , making them a key tool for mitigating changing environmental conditions.
  Read more: How forest carbon credits are changing the timber market
• Verified Carbon Standard (VCS) credits: These credits are certified according to the Verified Carbon Standard, a widely recognized and respected standard for carbon offsets. VCS credits are generated by various projects such as renewable energy, forestry and energy efficiency.
• Gold Standard (GS) Credits: These credits are certified to the Gold Standard, a standard that requires a high level of environmental and social sustainability in addition to reducing carbon emissions. GS credits are generated by renewable energy sources, energy efficiency, sustainable agriculture and forestry projects.
• Carbon capture and storage (CCS) credits: These credits are generated by projects that capture CO emissions ₂ from industrial processes or energy production and store them underground or in other facilities for long-term storage.
• Renewable Energy Credits (RECs): These are carbon credits generated by renewable energy projects such as wind, solar, hydro or biomass. Carbon emissions avoided in the production of electricity from renewable sources can be converted into carbon credits.
• Credits for energy efficiency: These credits are generated by projects that reduce energy consumption and promote energy efficiency. Examples include upgrading buildings, upgrading lighting, and installing more efficient heating and cooling systems.

These are just a few examples of the types of carbon credits. Each type of credit has unique characteristics and can play an important role in reducing carbon emissions and promoting sustainable development. (AI) DGB group

Is the ETS really just holding emissions back from escalating? Are you really not reducing greenhouse gas (GHG) emissions? Time is running out fast towards the eventual extinction of animals, even humans. However, the government's push last month to change ETS settings to reduce emissions is causing "extreme concern" among foresters. Forestry has so far been the only climate change initiative to try to keep emissions low, says the New Zealand Forest Owners Association (FOA). This is at a time when technology is being developed to replace fossil fuels and other greenhouse gas emissions. Therefore, you are in a hurry to increase the fastest growth and the fastest carbon compensation of exotic conifers. (Jim Childerstone)

Family or non-industrial owners of forest land own  millions of hectares forest land. Less than 1 % however, it benefits from the carbon market. The new platform seeks to increase this percentage by allowing landowners with 2 up to 200 ha of forest land to earn extra income from carbon credits, otherwise called carbon offsets. Those who are eligible can begin registering for the program.

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• Supporting local communities: Many carbon credit projects, such as those involving carbon agriculture and sustainable land use, directly benefit local communities. For example, reforestation projects can create jobs and improve local air quality. Local residents receive comprehensive training on sustainable practices, tree planting and conservation, and other vital topics that affect their relationship with their ecosystems. Sustainable land use projects provide income to local communities through sustainable agriculture and forestry practices.
• Improving health: Carbon credits help reduce air pollution and improve public health. Coal projects can reduce emissions of particulate matter and other pollutants that can cause respiratory problems and other health problems. Energy efficient stove projects can also reduce indoor air pollution and improve the health of the whole family.
• Promoting social justice:  Carbon credits can be designed to promote social justice by ensuring a fair distribution of the benefits of emissions reductions. This may include working closely with local communities to ensure that they are involved in the design and implementation of carbon credit projects and receive a fair share of the benefits.
• Supporting climate justice:  Carbon credits can support the principles of climate justice by providing a way for developed countries to help finance emissions reductions in developing countries. This ensures that the burden of reducing carbon emissions is shared fairly within the global community. (AJ) DGB group

• Stimulation of investments in nature protection:  Carbon credits provide a financial incentive for companies to invest in nature conservation, which helps reduce emissions and supports economic growth through fertile land that provides increased yields, better water supplies and ecosystem restoration. In addition, it can create opportunities for ecotourism. 
• Creating new jobs:  Carbon credit projects such as agriculture and reforestation projects can create jobs in sectors such as agriculture, construction, manufacturing and installation. Afforestation and reforestation projects provide employment opportunities and income for local villagers. 
• Income Generation: Selling carbon credits can generate revenue for companies and individuals that reduce emissions. This provides an additional revenue stream and helps offset the costs of investing in low-carbon technologies.
• Support for innovation: Carbon credits provide a financial incentive for the development of new low-carbon technologies and practices. This can lead to other new products and services that benefit society, nature and the companies that use them. natural markets worth $7 trillion . 
• Support for sustainable development:  Carbon credits support sustainable development by financing nature-based projects, carbon agriculture, land use, renewable energy and energy efficiency. Carbon credits can create new economic opportunities in the agriculture, forestry and clean energy sectors.
• Facilitating international cooperation:  Carbon credits can facilitate international cooperation by providing a way for developed countries to help finance emissions reductions in developing countries. They help build trust and support cooperation in the protection and restoration of nature and natural habitats around the world. (AI) DGB group 

Artificial intelligence and carbon removal are two of the hottest topics in startup funding in recent months. So what if you combined the two? We explored this question to see how much investment is going into companies that offer expertise in AI and carbon footprint technologies. It turns out that relatively few funded startups offer credentials in these two areas. The last two years have been particularly active, with more than $400 million going into dozens of late-stage seed rounds spanning these two areas of interest. Using Crunchbase data, we've compiled a list of 15 companies at the intersection of AI and carbon that have each raised $10 million or more. (Joanna Glasner)

Carbon offsets have a reputational problem.  The basic concept – that reducing carbon emissions or increasing carbon storage can offset emissions that occur elsewhere—sounds plausible, but subsequent scandals have plagued the market for years. The schemes have been accused of giving money to projects which: would go ahead anyway, do not reduce carbon emissions, lead to growth elsewhere and harm local communities or biodiversity. A lot of work is being done to fix it. For example, a series of standards and guidelines are to be developed this year to define best practices and improve credibility in the use of carbon credits by companies. It began in late June with a code of practice from the Voluntary Carbon Markets Integrity Initiative (VCMI) for businesses to follow when using and claiming carbon credits under net-zero obligations.

Carbon credits are an important tool in the global effort to reduce carbon emissions. They represent a unit of measurement that quantifies the reduction of greenhouse gas emissions. One carbon credit is equal to 1 ton of carbon dioxide equivalent emissions (CO ₂ e). These credits can be bought, sold and traded on the carbon market, incentivizing individuals, businesses and governments to take responsibility for their carbon footprint. Carbon credits are used to reduce carbon footprints. Carbon footprint represents the total amount of greenhouse gases, especially carbon dioxide, emitted directly or indirectly by an individual, organization or product. To achieve net zero and have become carbon neutral, emissions equivalent to the amount of emissions produced must be offset or reduced.

Terrestrial LiDAR (light detection and measurement) for 3D imaging has matured tremendously in the last decade thanks to consumer (mobile phones and computers) and applications for safety and autonomy in cars . More than 70 companies are vying for a piece of this billion-dollar market. Meanwhile, the technology has advanced for drones and aerial 3D imaging at higher altitudes for defense and commercial mapping (forestry, urban, real estate). Sylvera has developed a LiDAR machine learning platform , which combines ground-based, aerial and satellite LiDAR data to map forests for biomass and carbon content, enabling more transparent trading of carbon credits in commodity markets. (Sabbir Rangwala)

IF YOU'VE been to an industry conference or field day in the past year, chances are you've heard the terms "insertion" and "offset" thrown around in conversation about carbon. The terms refer to how carbon credits can be used and are often seen as something that complicates an already complicated concept. With that in mind, this article will focus on clarifying embedding and compensation, and we'll look at why these two terms cause so much debate. For this explanation, let's assume that you've already done the work and been issued carbon credits for every ton of CO2 you keep out of the atmosphere. Like sheep, cattle or grain, carbon is now a commodity in the market for you and you have some big decisions to make.

• A new assessment by the Rainforest Foundation UK raises fresh concerns about the validity of carbon offset schemes.
• The campaign group claims that all the leading carbon credit verification schemes have allowed millions of credits to enter the voluntary carbon market, which do not exactly represent reductions in greenhouse gas emissions.
• The RFUK is calling for a shift in focus to measures such as global carbon fees and debt relief for poor countries, which it says would tackle the root causes of emissions.
• Verra and several REDD+ project managers told Mongabay RFUK's analysis is ideologically motivated, insisting that while credit checks are not perfect, they are producing real, positive results. (Victoria Schneider)