Most greenhouse gases are composed primarily of carbon and produce an effect in which warmer air that is heated by the sun does not leave the atmosphere by forming a barrier in the troposphere. According to the Intergovernmental Panel on Climate Change, greenhouse gases produced by human activity are the most important cause of global climate change since the 1950s. Without human interaction, carbon is removed and reintroduced into the soil through a variety of ecosystem processes known as the carbon cycle. Humans have been significantly influencing the global carbon cycle since the Industrial Revolution through various means, such as transportation and agriculture. Through these actions, most of this carbon has moved in one direction, from the lithosphere and biospheres to the atmosphere. Through fossil fuels and intensive agriculture much of the natural carbon in the Earth's pedosphere has been released into the atmosphere, contributing to greenhouse gases.[2]​.

"The land works for you if you work for the land." There are many ways to regenerate soil and improve soil quality, such as land management through conservation agriculture. Agriculture is one of the main factors in the depletion of soil wealth in human history. Certain farming practices can deplete the soil of carbon, such as monoculture where only one type of crop is harvested in a field season after season. This depletes the soil of nutrients because each type of plant has a specific set of nutrients that it needs to grow or that it can fix back into the soil. With a lack of plant diversity, only certain nutrients will be absorbed. Over time, these nutrients will be depleted from the soil. Agroecology is a general category of approaches to creating a more sustainable agricultural system and increasing soil health. These conservation farming practices use many techniques and resources to maintain healthy soil. Examples include cover crops, crop rotation, soil disturbance reduction, mulch retention, and integrated nutrient management. These practices have many benefits, including increasing carbon sequestration and reducing fossil fuel use.

Permaculture (from permanent and agriculture) is a type of conservation agriculture that is a systems thinking approach that seeks to increase soil carbon content using natural patterns and processes. There is a strong emphasis on knowledge of plants, animals, and natural cycles to promote high-efficiency food production, decrease dependence on human involvement, and create a sustainable and resilient ecosystem.[3]​ This can be achieved through techniques that involve intentional landscaping to increase the efficiency of rain capture in the system or by placing nitrogen-fixing plants near nitrogen-requiring plants, such as legumes. Utilizing the interconnections of various plants, animals and processes is a key practice in permaculture. Native plants should be used whenever possible, their roots help water infiltrate deep into the soil. Agroecology also includes the idea of ​​holistic management. This approach arises from the work of Allan Savory who claims that planned grazing can improve soil health and reverse the effects of desertification by increasing biomass. Desertification occurs when soil carbon content is severely reduced, greatly reducing soil fertility. This critically inhibits plant growth: without plants, the soil cannot retain enough water and becomes dry and brittle over time. Permaculture and holistic management are two different methods that focus on the regeneration of biomass, nutrient content and soil biodiversity. The more biomass there is in the soil, the more carbon can be sequestered to sustain the natural ecosystem.

There are also many types of soil conditioners both organic and inorganic. They promote soil quality in a variety of ways, such as: sequestering toxins, balancing soil pH, adding nutrients, and promoting organism activity. Current soil conditions will determine what type of amendment and how much to use. Inorganic conditioners are generally used for things like improving soil texture and structure, balancing pH, and limiting the bioavailability of heavy metal toxins. There are two types of inorganic amendments, alkaline and mineral. Some examples of inorganic amendments include wood ash, ground limestone, and red mud. Mineral amendments include gypsum and dredge materials. Organic amendments improve the biological activity, water permeability and structure of soil mulch, for example, reduces erosion and helps maintain soil temperature.

Compost is rich in organic matter, it is composed of decomposed matter such as food, vegetation and animal waste. Adding compost increases soil moisture and nutrient content and promotes biological activity. Creating compost requires careful management of temperature, carbon-nitrogen ratio, water and air. Biochar is an amendment that is full of carbon and is created by pyrolysis, a high-temperature decomposition process. Animal waste is a common soil amendment, usually their manure. The moisture and nutrient content will vary depending on the animal it comes from. Human waste, such as biosolid byproducts of wastewater, can also be used. Biosolids can be high in nutrients, so they should be used sparingly.[4]​.

• - Regenerative Agriculture.

• - Syntropic Agriculture.

Most greenhouse gases are composed primarily of carbon and produce an effect in which warmer air that is heated by the sun does not leave the atmosphere by forming a barrier in the troposphere. According to the Intergovernmental Panel on Climate Change, greenhouse gases produced by human activity are the most important cause of global climate change since the 1950s. Without human interaction, carbon is removed and reintroduced into the soil through a variety of ecosystem processes known as the carbon cycle. Humans have been significantly influencing the global carbon cycle since the Industrial Revolution through various means, such as transportation and agriculture. Through these actions, most of this carbon has moved in one direction, from the lithosphere and biospheres to the atmosphere. Through fossil fuels and intensive agriculture much of the natural carbon in the Earth's pedosphere has been released into the atmosphere, contributing to greenhouse gases.[2]​.

"The land works for you if you work for the land." There are many ways to regenerate soil and improve soil quality, such as land management through conservation agriculture. Agriculture is one of the main factors in the depletion of soil wealth in human history. Certain farming practices can deplete the soil of carbon, such as monoculture where only one type of crop is harvested in a field season after season. This depletes the soil of nutrients because each type of plant has a specific set of nutrients that it needs to grow or that it can fix back into the soil. With a lack of plant diversity, only certain nutrients will be absorbed. Over time, these nutrients will be depleted from the soil. Agroecology is a general category of approaches to creating a more sustainable agricultural system and increasing soil health. These conservation farming practices use many techniques and resources to maintain healthy soil. Examples include cover crops, crop rotation, soil disturbance reduction, mulch retention, and integrated nutrient management. These practices have many benefits, including increasing carbon sequestration and reducing fossil fuel use.

Permaculture (from permanent and agriculture) is a type of conservation agriculture that is a systems thinking approach that seeks to increase soil carbon content using natural patterns and processes. There is a strong emphasis on knowledge of plants, animals, and natural cycles to promote high-efficiency food production, decrease dependence on human involvement, and create a sustainable and resilient ecosystem.[3]​ This can be achieved through techniques that involve intentional landscaping to increase the efficiency of rain capture in the system or by placing nitrogen-fixing plants near nitrogen-requiring plants, such as legumes. Utilizing the interconnections of various plants, animals and processes is a key practice in permaculture. Native plants should be used whenever possible, their roots help water infiltrate deep into the soil. Agroecology also includes the idea of ​​holistic management. This approach arises from the work of Allan Savory who claims that planned grazing can improve soil health and reverse the effects of desertification by increasing biomass. Desertification occurs when soil carbon content is severely reduced, greatly reducing soil fertility. This critically inhibits plant growth: without plants, the soil cannot retain enough water and becomes dry and brittle over time. Permaculture and holistic management are two different methods that focus on the regeneration of biomass, nutrient content and soil biodiversity. The more biomass there is in the soil, the more carbon can be sequestered to sustain the natural ecosystem.

There are also many types of soil conditioners both organic and inorganic. They promote soil quality in a variety of ways, such as: sequestering toxins, balancing soil pH, adding nutrients, and promoting organism activity. Current soil conditions will determine what type of amendment and how much to use. Inorganic conditioners are generally used for things like improving soil texture and structure, balancing pH, and limiting the bioavailability of heavy metal toxins. There are two types of inorganic amendments, alkaline and mineral. Some examples of inorganic amendments include wood ash, ground limestone, and red mud. Mineral amendments include gypsum and dredge materials. Organic amendments improve the biological activity, water permeability and structure of soil mulch, for example, reduces erosion and helps maintain soil temperature.

Compost is rich in organic matter, it is composed of decomposed matter such as food, vegetation and animal waste. Adding compost increases soil moisture and nutrient content and promotes biological activity. Creating compost requires careful management of temperature, carbon-nitrogen ratio, water and air. Biochar is an amendment that is full of carbon and is created by pyrolysis, a high-temperature decomposition process. Animal waste is a common soil amendment, usually their manure. The moisture and nutrient content will vary depending on the animal it comes from. Human waste, such as biosolid byproducts of wastewater, can also be used. Biosolids can be high in nutrients, so they should be used sparingly.[4]​.

• - Regenerative Agriculture.

• - Syntropic Agriculture.