If not now, when?
6. What can we do?
Stop CO2 emissions
Climate change should be of concern to all, who care about health, who care about economic stability and investment value and who care about intergenerational justice - which should be every one of us.
Christiana Figueres and Tom Rivett-Carnac. 2020. The Future We Choose - Surviving the Climate Crisis.
Limiting global warming to a level clearly below 2 °C requires a rapid decarbonisation of the global economy. If this project fails, it will have serious consequences for future generations.
The past years have been the warmest since weather records began, while global greenhouse gas emissions continue to rise.
It's time to finally listen to the young generation and the science and to act.
Align the economy sustainably
© Quick Shot | Shutterstock, Inc. [US] 2018
The global economic system, with unbridled growth, and a barely controllable momentum by us humans, is increasingly endangering our natural basis of life and living together on earth.
We need to pave the way for sustainable economies and rethink our future economics on an Earth overflowing with people.
Green Economy, Future City, Energy Transition- central systems of human coexistence have been identified, the transformations of which are of fundamental importance for the future viability of our way of life and economy.
Translated from: Bundesministerium für Bildung und Forschung, Germany.
© Ljupco Smokovski | Shutterstock, Inc. [US] 2018
More and more people in the rich countries realize how irresponsible and selfish we behave and what a large, unpaid bill we leave to our children and grandchildren.
The wearing out of nature through the consumption-oriented lifestyle is too great and endangers our basis of existence. We have to rethink our way of life and cut back on over-consumption.
Powerful status symbols determine our consumption behaviour.
© Thomas Soellner | Shutterstock, Inc. [US] 2018
In the past, it was the pompous coaches of a few, then the Rolls-Royce of some, the Chevrolet of many, and today the ever-bigger car of almost all people.
Since 1980, the average weight of a car has doubled.
Large consumption of meat
First, it was the feasting in the palaces of a few (over 200 years ago, in Europe, over 90% of all people generally had no meat to eat), then frequent food in restaurants for the many, and today, almost all people eat meat daily.
For 1 kg of beef about 33 square meters of agricultural land is required, for 1 kg of potatoes, however, only 0.3 square meters.
The production of meat and dairy products already takes up more than 70 per cent of global agricultural land, although it only covers 18 per cent of humanity's calorie needs.
Large living space
It used to be the pompous castles of a few, then the spacious villas of some, the homes of many, and today the large apartments of almost all people.
In Switzerland, for example, each inhabitant occupies an average of 42 square metres of living space - twice as much as in 1965.
The construction of these residential buildings means a large consumption of resources and entails a large increase in energy consumption in heating and a large subsequent consumption, such as the purchase of furniture and many additional home furnishings.
© Dariusz Jarzabek | Shutterstock, Inc. [US] 2018 © puhhha | Shutterstock, Inc. [US] 2018 © Jenny Sturm | Shutterstock, Inc. [US] 2018
Apply clean and efficient technology
© art4all | Shutterstock, Inc. [US] 2018
Obsolete, polluting and inefficient productions must be rapidly replaced with new technologies.
However, we are falling for a great fallacy if we think that we can continue our lifestyle without change with increasing technological efficiency.
After all, the huge impact on our environment caused by our excessive consumption and rapid population growth can only be partially offset by technological improvements.
In addition, environmentally harmful activities should no longer be kept alive with the argument of keeping jobs.
Put digitalization at the service of global sustainability
© dslaven | Shutterstock, Inc. [US] 2021
So far there is, figuratively, no algorithm to benefit us humans or algorithm to protect nature.
The combination of digital progress and capitalist ideology in a fully monetarised society obviously leads to a concentration of power among a few, mostly private, actors [...].
However, digitalization has contributed as much as nothing to solving the really big problems [...]. Because normally only ideas that can be made into money come onto the market. But most urgent problems are problems that affect the poor.
Translated from: Jonas Lüscher, Writer - Interview in the newspaper Tages-Anzeiger, 06.01.2018
Overall, digitalization processes today tend to act as «fire accelerants», exacerbating existing non-sustainable trends such as the overuse of natural resources and growing social inequality in many countries.
WBGU German Advisory Council on Global Change. 2019. Towards our Common Digital Future.
Redesign food system
Biodiversity is experiencing a dramatic, human-induced mass extinction worldwide [...]. This also greatly reduces the capacity of ecosystems to contribute to climate regulation and food security.
Only if there is a fundamental change in the way we manage land can we reach the targets of climate-change mitigation, avert the dramatic loss of biodiversity and make the global food system sustainable.
WBGU German Advisory Council on Global Change. 2020. Rethinking Land in the Anthropocene: from Separation to Integration.
It therefore applies:
Global dietary patterns need to converge around diets based more on plants.
aside land for biodiversity
More land needs to be protected and set aside for nature. It is the most effective way of preserving biodiversity.
the way we farm the land
We need to farm in a more nature-friendly, biodiversity-supporting way.
According to: Tim G. Benton etal. Food system impacts on biodiversity loss. Three levers for food system transformation in support of nature. 2021.
We must act swiftly, but keep a cool head. We need a prudent policy without doomsday scenarios, without ideologies and without individual interests.
Building blocks for sustainable development
© Dirk Ercken | Shutterstock, Inc. [US] 2018
The building blocks for sustainable development mainly consist of the following adjustments to our way of living, which are all closely linked:
Source: Uwe Schneidewind. Die Grosse Transformation - Eine Einführung in die Kunst gesellschaftlichen Wandels.
- Turnaround in prosperity and consumption
The question is how sufficiency - a "Culture of Enough" - is possible and how the formation of such a culture can be supported by politics with the introduction of framework conditions.
- Energy turnaround
The goal of a revolution in our energy systems can only be achieved if the switch to renewable energy goes hand in hand with energy efficiency and energy sufficiency.
- Resource turnaround
Only if resource consumption per capita is reduced by a factor of 4 to 5 will humanity remain within planetary boundaries in the long term.
- Mobility turnaround
The change in mobility is closely linked to the energy turnaround and the resource turnaround and therefore needs more than just technological developments.
- Nutrition turnaround
Today's food production is responsible for an important share of the burdens placed on global resources as well as CO2 pollution. 30% of consumer-related environmental impacts in Europe are caused by our eating habits. Our consumption of meat and fish needs to be significantly reduced.
- Urban turnaround
By the middle of this century, around 80% of the world's population will be living in cities. The nature of urban development is therefore of central importance for sustainable development as a whole.
- Industrial turnaround
Two goals are paramount here: Decarbonisation [CO2 - emissions stopping] and the recycling economy. This requires technological innovation, cooperation, and an innovative policy framework.
How urgent is it?
The Limits to Growth report to the Club of Rome in 1972 dealt with the future of the world economy and, at that time, voiced the grim forecast according to which
It is very urgent. System collapse is a real danger. (...) We face tremendous challenges due to rapid population growth, the overuse of resources and associated pollution, the loss of biodiversity, and overall we are experiencing a gradual loss of our basis of existence.
Ernst Ulrich von Weizsäcker and Anders Wijkman - Come on! 2017
the absolute limit of growth on Earth will be reached within the next hundred years if the current increase in world population, industralisation, pollution, food production, and the exploitation of natural resources continue unabated.
Time is running out
Environmental and climate protection will probably achieve a breakthrough only if the pressure from below - from us citizens - on politicians and decision-makers increases.