Give individual trees as gifts or build a community around your corporate forest to encourage natural regeneration. Connect your employees and customers with the trees donated by your company, and make them a part of your commitment to greening.
Trees reduce erosion of topsoil by trapping rain with their canopies. This slows water runoff, allowing water to seep into the soil and replenish groundwater supplies. Although water retention is somewhat lower in the first years after trees are brought back and higher in later years, the average can be put at 1371 liters per tree per year!
The organization TreeByTree focuses on bringing back trees. Their goal is to improve the environment and promote sustainability by planting new trees, which helps reduce carbon dioxide in the atmosphere and support biodiversity. They also initiate educational programs and community engagement to raise awareness about the importance of trees and forests.
No, only the products for which we know how much CO2 is released during production, packaging, use and final (waste) disposal. Tiger Concept, or producer has (had) the calculation of CO2 done correctly. The products of which we are not sure how much CO2 is released, we do not compensate. Step by step we calculate the CO2 impact for more articles. These products will be added. The articles now listed on the 'CO2 neutral' products page will be compensated. In doubt? Just check with us.
The estimated total amount of CO2 absorbed over a 20-year period from an average FMNR tree is 240 kg. The average survival rate of FMNR trees is 80%. It is assumed that CO2 absorption is more or less linear for the 20-year period and that the average FMNR tree - when rehabilitated - is 1 year old.
Trees trap carbon and emit clean, pure oxygen. They are the lungs of our earth. And by bringing back (and donating) trees, you directly contribute to growing CO2 uptake. Our partner Justdiggit, in collaboration with a specialized third party, has developed a computational model that can estimate the CO2 absorbed based on a growth model. The model takes into account detailed local conditions and can thus arrive at a verified amount of CO2 absorbed by the trees at the ecosystem level. This can then be calculated back to the CO2 uptake per tree.
The estimated total amount of CO2 absorbed over a 20-year period from an average FMNR tree is 240 kg. The average survival rate of FMNR trees is 80%. It is assumed that CO2 absorption is more or less linear for the 20-year period and that the average FMNR tree - when rehabilitated - is 1 year old.
This allows us to estimate carbon sequestration over the life span and to date of all FMNR trees. This method provides an accurate estimate of carbon sequestration taken over large groups of trees.
Tiger Concept offsets the carbon footprint of gifts and products by bringing back trees. Trees absorb CO2. The trees are returned to Africa in partnership with treebytree and Justdiggit.
On the quote, we provide the expected delivery time for your order. After placing the order, your order is scheduled at production and we can give a more specific delivery time. The delivery time is always indicative. Delays in production or during transport or customs are beyond our control.
Do you have a deadline? Communicate it clearly to us so we can take it into account.
