#carbon-sequestration

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How Christmas Trees Could Become a Source of Low-Carbon Protein

Mycoforestry integrates symbiotic fungi with tree growth to produce edible mushrooms and combat deforestation while enhancing carbon sequestration.
#climate-change

Scientists Will Engineer the Ocean to Absorb More Carbon Dioxide

The revival of controversial iron fertilization trials aims to combat climate change by enhancing oceanic CO2 sequestration through increased phytoplankton growth.

Humanity has altered the circle of life of the planet's rivers

Rate of organic matter decomposition in rivers is changing due to temperature increase and nutrient availability.

Joanne Chory obituary: biologist who discovered the genetic origin of light-induced plant growth

Joanne Chory's work in molecular plant biology and carbon sequestration has significantly impacted climate change solutions.

How farming could become the ultimate climate-change tool

Agriculture's potential to transition from a carbon source to a carbon sink could significantly impact climate change mitigation efforts.

Stuck in the muck: Scientists study carbon trapped by Elkhorn Slough

Salt marshes are critical in carbon capture and are gaining recognition for their role in mitigating global warming.

Stuck in the muck: Scientists study carbon trapped by Elkhorn Slough

Salt marsh ecosystems are crucial for CO2 sequestration, especially in the context of climate change and increasing global temperatures.

Scientists Will Engineer the Ocean to Absorb More Carbon Dioxide

The revival of controversial iron fertilization trials aims to combat climate change by enhancing oceanic CO2 sequestration through increased phytoplankton growth.

Humanity has altered the circle of life of the planet's rivers

Rate of organic matter decomposition in rivers is changing due to temperature increase and nutrient availability.

Joanne Chory obituary: biologist who discovered the genetic origin of light-induced plant growth

Joanne Chory's work in molecular plant biology and carbon sequestration has significantly impacted climate change solutions.

How farming could become the ultimate climate-change tool

Agriculture's potential to transition from a carbon source to a carbon sink could significantly impact climate change mitigation efforts.

Stuck in the muck: Scientists study carbon trapped by Elkhorn Slough

Salt marshes are critical in carbon capture and are gaining recognition for their role in mitigating global warming.

Stuck in the muck: Scientists study carbon trapped by Elkhorn Slough

Salt marsh ecosystems are crucial for CO2 sequestration, especially in the context of climate change and increasing global temperatures.
moreclimate-change

This ancient building material is making a comeback

Straw building is a modern, sustainable construction method that sequesters carbon and is easy to implement.
#agriculture

At these Texas solar farms, 6,000 sheep help mow the grass

Utilizing sheep for vegetation management at solar farms is an innovative approach that enhances sustainability, reduces costs, and promotes biodiversity.

DASH project looks to connect carbon credits and soil at the farm level using artificial intelligence

The Database for Alberta Soil Health aims to aggregate and utilize decades of soil data for better agricultural practices and environmental outcomes.

At these Texas solar farms, 6,000 sheep help mow the grass

Utilizing sheep for vegetation management at solar farms is an innovative approach that enhances sustainability, reduces costs, and promotes biodiversity.

DASH project looks to connect carbon credits and soil at the farm level using artificial intelligence

The Database for Alberta Soil Health aims to aggregate and utilize decades of soil data for better agricultural practices and environmental outcomes.
moreagriculture

Easy Carbon Sequestration You Can Do Yourself

Reducing carbon emissions is insufficient, necessitating the removal of excess CO2 for Earth's atmosphere to sustain life
#climate-change-mitigation

How autonomous vehicles and sensors could help reduce carbon and boost ocean discovery

Enhancing natural ocean processes can help remove carbon dioxide from the atmosphere and slow climate change.

A Single Herd of Bison Can Help Capture CO2 From Over 40,000 Cars, Scientists Find

Bison reintroduction can significantly impact carbon sequestration, showcasing the vital role of animals in combating climate change.

How autonomous vehicles and sensors could help reduce carbon and boost ocean discovery

Enhancing natural ocean processes can help remove carbon dioxide from the atmosphere and slow climate change.

A Single Herd of Bison Can Help Capture CO2 From Over 40,000 Cars, Scientists Find

Bison reintroduction can significantly impact carbon sequestration, showcasing the vital role of animals in combating climate change.
moreclimate-change-mitigation

Flooding Wetlands Could Be the Next Big Carbon Capture Hack

The Nywaigi people in Australia transformed saltwater wetlands to boost biodiversity and sequester carbon.
Collaboration between Nywaigi people, scientists, and environmental organizations led to the successful restoration of Mungalla Station.

Giant sequoias thriving in UK and could grow as tall as California's

Giant sequoias thrive in the UK, well adapted to the wetter climate for carbon sequestration.
Study highlights the potential of giant sequoias in the UK for impacting climate change positively.

The World's Largest Fungarium May Unlock the Mysteries of Carbon Capture

Mycorrhizal fungi are essential for plant health and carbon sequestration in forests, with implications for tree-planting schemes.
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