How to Fix the Climate Crisis
Ria Persad
Founder and Chair @ StatWeather | Science for Good, AI Expert, Bayesian Forecasting
For most of us, thinking about the mammoth scale of the issues surrounding our global climate is overwhelming.?Can our attempts to “fix” this climate crisis even make a dent in the problems we face? How can the world work together in a cohesive way towards improving the conditions of life on earth?
What is the “climate crisis”?
Earth’s climate has been shifting and transforming life on this planet for millions of years.?We can define a “climate crisis” when life on earth is negatively affected and even jeopardized.?A hurricane, in theory, is only a disaster once it comes towards land and wreaks destruction to life.
Fixing the climate crisis is not only about trying to fix the climate itself.?Trying to fix the climate itself by way of mitigation is critically important, but has limitations.?Contributing scientists to the Intergovernmental Panel on Climate Change (IPCC) in my interview series in the Manila Times reveal that even if we halt all fossil fuel use today, there will likely still be a 30-year lag (at least) due to the residual effects of atmospheric pollutants already present in the atmosphere.?Fixing the climate crisis is about coming together to minimize the “crisis”—the deleterious effects of changing and extreme climate conditions to life on earth.
Climate change will "fundamentally reshape life on Earth in coming decades, even if humans can tame planet-warming greenhouse gas emissions."
-The IPCC
Over the last 15 years working with academia, governments, non-profits, and businesses, it became clear to me that an ecosystem of cross-disciplinary stakeholders innovating and working together is required to bring about lasting and effective change.?Here is a framework which I developed and used to help the world’s most vulnerable regions from the Caribbean to Southeast Asia in adapting to climate change and turning great ideas into attainable reality.?
The Climate Solutions Ecosystem
Step 1:?The Data
To help fix the climate crisis, first and foremost we need access to accurate, reliable, and large amounts of data. ?This data can come from satellites, sensors, buoys, citizen scientists, and other platforms operated by governments, academia, NGO’s, and the private sector in providing valuable facts about our climate and monitoring it on a continuous basis.??
Step 2:?The Models
Scientists around the world can then ingest this data to construct models that simulate potential future states of the climate.?Scientists can also learn from the data various dependencies and what could be causing different climate conditions.?Climate models can be back-tested against reality to determine their accuracy, and recommendations can be drawn based upon these models.??
Step 3:?The Impacts
Once climate projections have been made from climate models, then real-world implications can be drawn, where experts analyze the risks upon our lives, countries, and economies.?These impacts over time can include climate effects upon biodiversity, our infrastructure, public health and disease propagation, food and water scarcity, energy security, migration, and economic inequality among a host of other impacts.
Step 4:?The Plans
Planners and solution-builders draft ways to handle these risks from a local and municipal level all the way up to a global scale. Plans can range from climate mitigation (helping to cut emissions) to adaptation (helping communities become more resilient to climate impacts).
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Step 5:?The Funding
All around the world, solution-builders are architecting innovative blueprints for climate solutions, but the hindrance towards implementation generally lies in funding sources or mechanisms.?Budgets and financiers play a critical role in determining what plans get implemented, enabling climate plans to be catalyzed and accelerated.
Step 6:?The Implementations
On-the-ground implementations involving the community deliver solutions to the people.?Climate solutions can be tackled by large enterprises such as governments and big corporations, whilst with a bottom-up approach, quantum leaps in progress can also be attained by the startup community and smaller groups in developing ground-breaking innovations that can scale and make significant improvements in our world for generations to come.
Step 7:?The Policies
Policymakers formulate standards to help maintain action and accountability, promote international collaboration and solutions sharing, and draft agreements to bridge the understanding that one country’s actions affect another in this intertwined system of global-scale climate feedbacks.
Step 8:?The Communications
The media and institutions raise awareness and train future leaders on what’s been accomplished and what’s yet to be done.?Accurate and clear scientific communications, training, and advocacy all work in concert to raise consciousness about sustainable practices to steward our earth and inspire our communities.
Fixing the climate crisis is not about any one treaty or any one big magic solution.??
Creating global change is all about a myriad of smaller ecosystems doing their part to contribute towards the wider scope of alleviating the climate crisis.?We can all be a part of the “Climate Solutions Ecosystem” which requires everyone from scientists to investors, politicians to teachers, and large corporations to startups contributing their expertise and resources in making this world a greater place for generations that follow.?Coalitions are vitally important, making sure that the realms of academia, government, non-profits, and businesses do not operate in isolated silos, but in integrated systems with a flow of ideas, solutions, and mutual support.
What are the needs of tomorrow?
Climate solutions are in its infancy, and the future needs of the world will involve, at minimum:
What are your thoughts on fixing the climate crisis? How can this Climate Solutions Ecosystem be improved? How can you be an important part of the solution? Share your thoughts and insights in the comments below!
#climate #climatescience #climatesolutions #climatetech #climatechange #climatemigitation #climateadaptation #energy #oceans #biodiversity #policy #startups #innovation #community
About the Author:?Ria Persad studied mathematics and physics at Harvard, Princeton, and Cambridge Universities. Her experience in climate modeling began at Lawrence Livermore Lab’s Supercomputer Center in 1991. Persad was a Space Scientist at NASA and has worked on major Wall Street trading floors. Persad is the Founding CEO of StatWeather, ranked as having the #1 climate technology globally by Environmental Business International (EBI). She collaborates with NOAA National Centers for Environmental Information and their academic research partner CICS-NC to advance environmental intelligence.?Persad received the Highest Honor from the Society of Women Engineers and Citations from the U.S. Secretary of Energy and the U.S. Senate on Scientific Achievement on original scientific contributions. Persad has been recognized by Platts Global Energy Awards as one of the top 7 global Lifetime Achievement leaders and was the International Power-Gen and Renewable Energy Woman of the Year. She has served as President of the European Chamber of Digital Commerce specializing in emerging and disruptive technologies and was the creator and moderator of Digital Future Boardroom, televised by CNNMoney Switzerland.
Software Engineer | Sustainable Finance | Applied Mathematics
3 年A very insightful article, Dr. Ria Persad My part would be to keep learning about best practices for extracting knowledge from big data.? It also seems to me it's essential to be aware of the physics behind climate data. The dynamical systems of climate science and its relation, connection, and similarities with the dynamics of financial market always fascinate me, and I will keep learning about that. I will also build more connections with scientists and leaders who research this field to find out how I can add value to this movement.
CEO Autonomize AI | Healthcare | Host, Stories in AI
3 年Great article, well thought through and the urgency in making this happen has never been this high! Thanks for penning this!
Clean Energy Policy | Energy Efficiency & Clean Buildings Policy & Programming | Workforce Development Programming | Science in Policy | Sustainability Management Education
3 年Wow, thank you for the add Ria Persad. A fantastic and well articulated version of the lines of thoughts of many of us I believe! I have been thinking about these steps for a while now. We both agree that number 1 is "data". I have a burning question here Ria. You mention : "we need access to accurate, reliable, and large amounts of data". Who decides that accuracy? How do we know whether it is accurate and reliable? Why and how can we trust a data source? Without an accurate, reliable, and may I add a "faster delivery of the right kind of data available for purpose", how can we move to step 2?
Account Relationship Manager – IQuick Finance
3 年Thank you for post!