Media Kit
Blog Post
May 9, 2024
What Biodiversity Can Measure
January 18, 2024
The Applications of Agroforestry
December 8, 2023
Diversify Income via Reforestation Carbon Projects
December 4, 2023
Diamonds are expensive: lessons learned about applying synthetic biology for 1000+ year carbon dioxide removal
November 21, 2023
A New Idea to Optimize Forestry to Maximize Carbon Removal
November 14, 2023
The Case for Reforesting Abandoned Mineland with Andy Norris and Timothy Perez
November 7, 2023
Plants, Rocks, and Cascading Global Cooling
December 21, 2022
Why Paleobiology Is Critical to our Climate Future
June 28, 2023
For Carbon Removal, Scaling is More Critical than Permanence
May 24, 2023
Our Learnings from Bringing the First Climate-Smart Seedlings to US Markets
January 17, 2023
A Tree Shaped Bat Signal: Our Series A Round
This Fern is the Best Analog We Have for Stopping Climate Change
How the First Trees Nearly Froze the Earth
Snowball Earth II
Snowball Earth I
The Origin of Oxygenic Photosynthesis
June 29, 2022
The Diamond of the Plant World
March 30, 2022
Photosynthesis Enhanced Trees Grow Faster and Capture More Carbon
February 22, 2022
A Living Model for Climate Solutions
Press
September 22, 2024
Living Carbon: Photosynthesis-Enhanced Trees
October 15, 2023
Could superpowered plants be the heroes of the climate crisis?
February 16, 2023
Temasek's interest in nature-based investments grows
February 27, 2023
De•coded: Decoding genetic technologies
February 9, 2023
Start-up Hopes ‘Super’ Poplar Trees Will Suck Up More CO₂
Genetically Modified Trees Planted in U.S. Forest for First Time
February 21, 2023
Genetically Modified Trees Are Taking Root to Capture Carbon
February 1, 2023
5 Interesting Startup Deals In January: Genetically Engineered Trees And Securing Space
Temasek Funds Biotech Firm Living Carbon for GMO Super Trees
January 18, 2023
Living Carbon raises $21m for biotech ‘supertrees’
US carbon removals developer raises $21 mln to hasten tree planting efforts
Supertrees in the US: Living Carbon secures $21M funding
Temasek, Lowercarbon Capital, Toyota, Felicis invest in $21m Series A for Living Carbon
Toyota backs biotech startup Living Carbon
January 20, 2023
Living Carbon Raises $21M To Plant 4M Fast-growing Trees In The US
January 25, 2023
We got an exclusive look at the 18-slide pitch deck Living Carbon, a startup developing 'supertrees' for CO2 removal, used to raise $21 million
January 30, 2023
Forests bioengineered to capture more carbon will be planted in the US
Temasek, Toyota back climate biotech firm Living Carbon
October 14, 2022
Living Carbon Expands To Planting 4 Million Trees In 2023 – CEO Maddie Hall
August 24, 2022
Living Carbon: The startup setting down roots from 9 to 5
August 16, 2022
Climate startups' secret weapon to meet their missions
February 28, 2022
Biotech raises $15M to develop hybrid trees to combat global warming
June 30, 2022
Should we use GMO trees to slow climate change?
June 6, 2022
Genetically-engineered trees can capture more carbon
Frontier makes first carbon-capture commitments
July 11, 2022
How Living Carbon's Modified Trees Can Store More Carbon
July 7, 2022
Could turbocharging trees help solve the climate crisis?
April 21, 2022
A startup plans to fight climate change with genetically engineered super-trees
April 15, 2022
How to make trees better
April 14, 2022
A Startup Is Engineering Trees to Grow Faster and Capture More Carbon
March 28, 2022
A Bold Idea to Stall the Climate Crisis—by Building Better Trees
February 23, 2022
To fight climate change, a biotech firm has genetically engineered a very peppy poplar
June 24, 2021
A Startup Is Working On Gene Hacked Trees
Genetically Engineered Supertrees Capture More Carbon
November 8, 2021
How This Startup Grows Trees That Could Help Fight Climate Change
Press Release
Climate Change Breakthrough: New Research Indicates Photosynthesis Enhanced Trees Grow Faster and Capture More Carbon
