Forestry for Carbon Removal Group

If you’re curious about joining but not sure where you’ll fit in, there are several teams we’re looking to fill in order to make the biggest impact:

Tree Health and Tree Placement (plant science knowledge needed to ensure projects are successful in the short- and long-run)

Logistics (make sure projects have the materials/resources needed)

Finance (Treasurer position)

Outreach and Fundraising (social media, science communication, fundraising for projects)

Recruitment, Training, and Team Building (recruiting and educating new members)

Organization (ensure all components run smoothly and all teams have the tools they need to succeed)

The main mission of this organization is to slow climate change by utilizing carbon sequestration through sustainable forestry.

Carbon sequestration is the process of capturing carbon dioxide from the atmosphere through biological, chemical, or physical processes. Trees trap carbon biologically through photosynthesis by taking in carbon dioxide and water and converting it to oxygen and glucose. This glucose, or sugar, traps the carbon in biomass.

While all trees sequester carbon, some do it more efficiently than others. One tree of importance for slowing climate change is the Empress tree.

The images below contain more information about why this tree is so effective!

Hi everyone!
We are a new UF organization currently recruiting students who are passionate about taking immediate action against climate change. Our main goal is to reduce carbon dioxide in the atmosphere by carrying out tree-planting projects that will sequester carbon efficiently and economically.
If you’re interested in sustainability but not forestry, please still consider joining as we will be providing useful information on the issue as well!
If you would like to join us in fighting climate change, fill out this short google form: https://forms.gle/QyceehucG6XajzMz8
Follow us on Instagram @ fcrg_uf 🌳

New Member Form Forestry for Carbon Removal Group new member form. Help us learn a little bit about you!

Apparently an ice cube the size of Brevard county is just floating around right now.
https://www.livescience.com/biggest-iceberg-breaks-free.html
As a Brevardian, I know that you can fit 129 schools, two nuclear bases, half of NASA, enough guns to over throw the government of a the average medium sized country, 601,000 people and several hundred manatees into one Brevard.

Baby ice sheet collapse. Very cute little guy. Pretty aesthetic video in general.

Incredible GLACIER CALVING & TSUNAMI WAVE Caught On Camera! | Glacier Wall Collapse (Greenland) Huge Icebergs collapsing and breaking from the Ilulissat Glacier are often up to 3,000 feet in height (1,000 meter) and are broken up by the force of the gla...

Apparently chunk of ice the size of Miami fell into the ocean last August. Seemed like it was worth mentioning idk.

Canada's last intact ice shelf collapses into the sea The Milne ice shelf, Canada's last fully intact shelf at the northern tip of Nunavut, has become another casualty of climate change, after it collapsed into ...

If project plans are using word or ideas you haven't seen before go bigTreeProject_Info on Quizlet.com to get up to speed.

The cards cover economics terms, the science of tree growth, and reviews what strategies to use in different situations.

It's not finished yet, but these flash cards should eventually contain all the information you need to start contributing to the project.

A lot of people have asked why we would want to build more tall wooden buildings if they could burn down. The answer is that lumber buildings are actually safer in a fire. At high temperatures concrete and steel suddenly and catastrophically lose their strength. That's what happened on 9/11. In contrast, wood burns slowly from the edges and the inner part stays strong.

Fire Safety and Protection: Why Wood Construction Comes Out on Top Hear from industry experts about mass timber construction’s proven safety and performance record for fire protection. Mass timber offers a distinct advantage...

When a tree absorbs CO2 it stores the carbon in wood. It's eating the carbon dioxide. Some research projects remove CO2 from the air and store it as a compressed gas. We think it makes more sense to store the CO2 in wood.

Here's why: Americans each emit 20 tons of CO2 a year. A scuba tank can hole 4.5kg (9.9 pounds) of CO2. That means you would need 4,400 scuba tanks to hold one American's yearly emissions. Lumber is a lot easier to handle than 4,400 scuba tanks.

Go Big or Go Home:

Using trees to reduce CO2 emissions is a big project... or a truly enormous project. The average American emits twenty tons of CO2 each year, and our trees can remove a hundred tons of CO2 per year. Average trees only remove ten tons and the other trees we have only remove thirty to fifty.

That means canceling out a the emissions of a school like UF would require ten thousand acres or 15.3 square miles, a square almost four miles on each side. Fortunately the US has tens of millions of acres that need to be reforested!

The cities of the future might be made of wood, and we want to help supply it. Here's why that matters:

Wooden skyscrapers could be the future for cities | The Economist Wooden skyscrapers are an ambitious and innovative solution to the problems posed by urbanisation. Not only are they faster to build, they have smaller carbo...

The trendy architects are building with cross laminated lumber because it's stylish, easy to work with, and quick to assemble. Replacing concrete with CLL makes construction quieter and cleaner.

What is Cross Laminated Timber (CLT)? Cross Laminated Timber (CLT) is a structural material that can be cheaper, faster, quieter and more sustainable than concrete and steel. For more by The B1M ...