See beyond the shroud of eco-anxiety and towards a world full of possibilities
Your commitment to a balanced eco-future doesn’t have to end in anxiety. At VowEco, we’re here to empower you with community, clarity, and tools for a sustainable future.
Recognizing it is a healthy response and the first step to positive action.
Recognizing it is a healthy response and the first step to positive action.
Eco-anxiety is more than concern—it’s a powerful response to climate change.
Eco-anxiety is more than concern—it’s a powerful response to climate change.
Eco-anxiety is more than concern—it’s a powerful response to climate change.
Building resilience is empowering yourself to turn eco-anxiety into impactful climate action.
Building resilience is empowering yourself to turn eco-anxiety into impactful climate action.
Building resilience is empowering yourself to turn eco-anxiety into impactful climate action.
The Problem
The Problem
The Problem
Eco-anxiety is real, and it’s affecting people everywhere
Climate anxiety is an understandable reaction to a complex global challenge. But there is a way forward—VowEco is here to support and empower you on this journey.
“Catastrophe has already happened”. For people in richer countries searching for the right way to feel about the climate crisis, it’s worth pondering this.
Nature
Springer Nature
“Catastrophe has already happened”. For people in richer countries searching for the right way to feel about the climate crisis, it’s worth pondering this.
Nature
Springer Nature
“Catastrophe has already happened”. For people in richer countries searching for the right way to feel about the climate crisis, it’s worth pondering this.
Nature
Springer Nature
1.5°C
1.5°C
global temperature limit
global temperature limit
2029
2029
expected year when we breach this limit
expected year when we breach this limit
The Past, the present and the future
The Past, the present and the future
The Past, the present and the future
Understanding Our Path
to Resilience
Helping build a model to trace the milestones in climate action, turning despair into actionable hope.
The first industrial revolution (1870-1914)
Early Recognition of Pollution
Observations of air and water pollution in industrial cities like London were documented for the first time.
Highlighted how coal burning and waste discharge affected air quality and waterways, laying the groundwork for awareness.
~1800s
Impact of Urbanization on Ecosystems
Rapid urban growth altered natural habitats, leading to the first observations of biodiversity loss near cities.
Sparked the idea that industrialization required balancing development with nature conservation.
1824
Discovery of the Greenhouse Effect
Joseph Fourier identified the greenhouse effect, explaining how Earth’s atmosphere traps heat.
Fourier’s work was a precursor to understanding human-induced climate impacts.
The second industrial revolution
(1870-1914)
New industrial processes, powered by fossil fuels, accelerated the accumulation of greenhouse gases.
1913
Intro of Wildlife Protection Laws
Laws like the Migratory Bird Act (U.S.) emerged to protect endangered species.
1896
Svante Links CO₂ to Warming
Svante Arrhenius calculated how CO₂ could drive global warming.
Foundation of National Parks
Protected areas like Yellowstone National Park (U.S.) set
conservation precedents.
1880s
Waste Management Systems Modernized
Cities in Europe and North America developed structured urban waste systems.
The third industrial revolution (1947–2011)
New industrial processes, powered by fossil fuels, accelerated the accumulation of greenhouse gases.
1958
Recognition of Global Warming
The Keeling Curve measured rising CO₂ levels, linking them to industrial emissions.
1962 and 1970
Silent Spring, Earth Day
Sparked regulatory actions such as the Clean Air Act and the Clean Water Act in the U.S.
1958
Rise of Renewable Energy Technologies
Solar and wind energy innovations emerged as alternatives to fossil fuels.
1987
Global Environmental Agreements
The Montreal Protocol addressed ozone depletion. Demonstrated international cooperation in reducing industrial environmental impacts.
The fourth industrial revolution (1870-1914)
New industrial processes, powered by fossil fuels, accelerated the accumulation of greenhouse gases.
~2010s
Expansion of Renewable Energy
Solar and wind energy adoption surged due to falling costs and technological advancements.
2014, 2021
IPCC AR5, IPCC AR6
Advanced models provided precise predictions of climate impacts and mitigation strategies.
2015
Intensified Global Climate Action
The Paris Agreement (2015) set binding climate goals for most nations.
This is where you, I and we all are.
There are a lot of details about our past that has been missed out here.
But, it is our future that we can collectively write.
The first industrial revolution (1870-1914)
Early Recognition of Pollution
Observations of air and water pollution in industrial cities like London were documented for the first time.
Highlighted how coal burning and waste discharge affected air quality and waterways, laying the groundwork for awareness.
~1800s
Impact of Urbanization on Ecosystems
Rapid urban growth altered natural habitats, leading to the first observations of biodiversity loss near cities.
Sparked the idea that industrialization required balancing development with nature conservation.
1824
Discovery of the Greenhouse Effect
Joseph Fourier identified the greenhouse effect, explaining how Earth’s atmosphere traps heat.
Fourier’s work was a precursor to understanding human-induced climate impacts.
The second industrial revolution
(1870-1914)
New industrial processes, powered by fossil fuels, accelerated the accumulation of greenhouse gases.
1913
Intro of Wildlife Protection Laws
Laws like the Migratory Bird Act (U.S.) emerged to protect endangered species.
1896
Svante Links CO₂ to Warming
Svante Arrhenius calculated how CO₂ could drive global warming.
Foundation of National Parks
Protected areas like Yellowstone National Park (U.S.) set
conservation precedents.
1880s
Waste Management Systems Modernized
Cities in Europe and North America developed structured urban waste systems.
The third industrial revolution (1947–2011)
New industrial processes, powered by fossil fuels, accelerated the accumulation of greenhouse gases.
1958
Recognition of Global Warming
The Keeling Curve measured rising CO₂ levels, linking them to industrial emissions.
1962 and 1970
Silent Spring, Earth Day
Sparked regulatory actions such as the Clean Air Act and the Clean Water Act in the U.S.
1958
Rise of Renewable Energy Technologies
Solar and wind energy innovations emerged as alternatives to fossil fuels.
1987
Global Environmental Agreements
The Montreal Protocol addressed ozone depletion. Demonstrated international cooperation in reducing industrial environmental impacts.
The fourth industrial revolution (1870-1914)
New industrial processes, powered by fossil fuels, accelerated the accumulation of greenhouse gases.
~2010s
Expansion of Renewable Energy
Solar and wind energy adoption surged due to falling costs and technological advancements.
2014, 2021
IPCC AR5, IPCC AR6
Advanced models provided precise predictions of climate impacts and mitigation strategies.
2015
Intensified Global Climate Action
The Paris Agreement (2015) set binding climate goals for most nations.
This is where you, I and we all are.
There are a lot of details about our past that has been missed out here.
But, it is our future that we can collectively write.
The first industrial revolution (1870-1914)
Early Recognition of Pollution
Observations of air and water pollution in industrial cities like London were documented for the first time.
Highlighted how coal burning and waste discharge affected air quality and waterways, laying the groundwork for awareness.
~1800s
Impact of Urbanization on Ecosystems
Rapid urban growth altered natural habitats, leading to the first observations of biodiversity loss near cities.
Sparked the idea that industrialization required balancing development with nature conservation.
1824
Discovery of the Greenhouse Effect
Joseph Fourier identified the greenhouse effect, explaining how Earth’s atmosphere traps heat.
Fourier’s work was a precursor to understanding human-induced climate impacts.
The second industrial revolution
(1870-1914)
New industrial processes, powered by fossil fuels, accelerated the accumulation of greenhouse gases.
1913
Intro of Wildlife Protection Laws
Laws like the Migratory Bird Act (U.S.) emerged to protect endangered species.
1896
Svante Links CO₂ to Warming
Svante Arrhenius calculated how CO₂ could drive global warming.
Foundation of National Parks
Protected areas like Yellowstone National Park (U.S.) set
conservation precedents.
1880s
Waste Management Systems Modernized
Cities in Europe and North America developed structured urban waste systems.
The third industrial revolution (1947–2011)
New industrial processes, powered by fossil fuels, accelerated the accumulation of greenhouse gases.
1958
Recognition of Global Warming
The Keeling Curve measured rising CO₂ levels, linking them to industrial emissions.
1962 and 1970
Silent Spring, Earth Day
Sparked regulatory actions such as the Clean Air Act and the Clean Water Act in the U.S.
1958
Rise of Renewable Energy Technologies
Solar and wind energy innovations emerged as alternatives to fossil fuels.
1987
Global Environmental Agreements
The Montreal Protocol addressed ozone depletion. Demonstrated international cooperation in reducing industrial environmental impacts.
The fourth industrial revolution (1870-1914)
New industrial processes, powered by fossil fuels, accelerated the accumulation of greenhouse gases.
~2010s
Expansion of Renewable Energy
Solar and wind energy adoption surged due to falling costs and technological advancements.
2014, 2021
IPCC AR5, IPCC AR6
Advanced models provided precise predictions of climate impacts and mitigation strategies.
2015
Intensified Global Climate Action
The Paris Agreement (2015) set binding climate goals for most nations.
This is where you, I and we all are.
There are a lot of details about our past that has been missed out here.
But, it is our future that we can collectively write.
The Why
The Why
The Why
Why VowEco
At VowEco, we develop solutions for a safe and encouraging space for individuals looking to turn eco-anxiety into proactive resilience.
Personalized Guidance
Clarity on your unique sustainable goals
Personalized Guidance
Clarity on your unique sustainable goals
Personalized Guidance
Clarity on your unique sustainable goals
Expert Support
Learn from professionals
Expert Support
Learn from professionals
Expert Support
Learn from professionals
Community
Connect with like-minded individuals.
Community
Connect with like-minded individuals.
Community
Connect with like-minded individuals.
You Deserve a Revolution in Your Sustainability Journey
Without your commitment, this revolution goes nowhere. It's time you accelerate it.
The Doubts
The Doubts
The Doubts
Find answers to common questions about our platform
What is eco-anxiety?
Extreme worry about current and future harm to the environment caused by human activity and climate change.
How can VowEco help?
What is eco-anxiety?
Extreme worry about current and future harm to the environment caused by human activity and climate change.
How can VowEco help?
What is eco-anxiety?
Extreme worry about current and future harm to the environment caused by human activity and climate change.
How can VowEco help?
Get started
Take the First Step towards your sustainable lifestyle.
Get started
Take the First Step towards your sustainable lifestyle.
Get started