This Thursday is the day that planetary resources have been exceeded, returning to 2019 levels. To mark this occasion, Global Footprint Network, in partnership with Schneider Electric, is launching 100 Days of Chance.
Today is the famous “Day of Overtaking”. As of this Thursday, July 29, humanity is pawning its planet. While the pandemic delayed the day by three weeks to August 22 in 2020, it returned to 2019 levels, calculates the US NGO Global Footprint Network. Therefore, 1.7 Earths would be needed to meet the needs of the world’s population this year in a sustainable manner.
100 Days of Chances of Planet Rebalancing
Global Footprint Network, Scottish Environmental Protection Agency and Schneider Electric launch today 100 days of probability (100 day probability) As COP26 approaches. The initiative offers proven solutions that can be reproduced on a large scale across all sectors of the economy and mobilized by each country, city or company. Objective: To balance humanity’s ecological footprint with the biological resources that the planet’s natural ecosystems can sustainably regenerate in order to push back the day of overshoot.
“We need to accelerate initiatives to reduce CO2 emissions by three to five times to respect the 1.5°C trajectory of the Paris Agreement”Outlines Olivier Blum, Schneider Electric Strategy and Director General of Sustainable Development, mentioning a statement. “To meet this challenge together, we must now focus on concrete actions with a short-term impact, namely the adoption of digital and electrical technologies and solutions that exist today.”
How do you calculate the day of overrun?
“Earth Overshoot Day marks the date when humanity’s demand for ecological resources and services in any given year exceeds what Earth can regenerate in that year.”, Explains Global Footprint Network about official site. Today, the ecological footprint of human activities, i.e. land and ocean surfaces, which are needed to produce the resources consumed and absorb the waste of the population, exceeds the annual biocapacity of the Earth, that is, the capacity of the ecosystem. is more. Regenerating and absorbing waste produced by humans.
To calculate this, the organization uses available national footprint and biocapacity accounts and assesses the trend for the current year. It also includes the latest data from reputable sources. Thus, combining International Energy Agency (IEA) data on emissions and the most recent data from the Global Carbon Project, the research team has concluded that the footprint has increased by 6.6%. Ecological environment compared to 2020. The IEA estimates that energy-related greenhouse gas emissions are expected to increase significantly this year. The second most notable change relates to the impact of deforestation and degradation in the Amazon on global forest biocapacity. The research team estimates a 0.5% reduction in global forest biocapacity.
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