Podcasts > The Joe Rogan Experience > #2397 - Richard Lindzen & William Happer

#2397 - Richard Lindzen & William Happer

By Joe Rogan

On The Joe Rogan Experience, guests Richard Lindzen and William Happer discuss the relationship between funding, politics, and climate science research. They examine how government funding mechanisms can influence research directions and explore the challenges scientists face when questioning widely accepted climate change views. The conversation includes their analysis of historical climate data and the complexity of climate modeling systems.

The guests draw parallels between current climate science debates and historical examples of ideology influencing scientific discourse, particularly the early 20th-century eugenics movement. They discuss the technical challenges in climate prediction, explaining how factors like ocean proximity affect regional climates and how the Earth's climate system presents unique modeling difficulties due to its inherent complexity.

#2397 - Richard Lindzen & William Happer

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#2397 - Richard Lindzen & William Happer

1-Page Summary

The Politicization and Ideological Capture of Climate Science

In a detailed discussion, Richard Lindzen and William Happer explore concerns about the politicization of climate science and its effects on scientific discourse. They argue that the field has become dominated by what Happer calls a "CO2 cult," which overlooks other important factors like solar impact on climate. According to Lindzen, historical data shows that ice ages and warming periods haven't consistently correlated with CO2 levels.

Influence of Funding and Incentives on Climate Research

The conversation reveals how funding dynamics shape climate research. Lindzen and Happer explain that government funding agencies often create an environment where challenging accepted climate views can risk future funding opportunities. They describe a feedback loop where climate alarmism generates funding, which in turn supports continued climate change narratives. Scientists who question dominant views often face marginalization and loss of funding opportunities.

Complexity Challenges in Climate Modeling and Prediction

Lindzen emphasizes that Earth's climate system is inherently complex and ever-changing, making accurate modeling challenging. He points out that climate change is predominantly regional rather than global, with factors like ocean proximity influencing local climates. Happer adds context about the complexity of climate modeling, referencing the Navier-Stokes equation used to represent fluid motion in the atmosphere and oceans.

Historical Examples of Science Being Distorted by Ideology

Drawing parallels to current climate science debates, Happer discusses how the early 20th-century eugenics movement demonstrated the dangers of ideology influencing science. The movement, supported by prestigious institutions and figures, led to discriminatory laws like the Immigration Restriction Act of 1924. Lindzen notes that, similar to eugenics, climate science has become politically polarized within academia, with resistance to debate and unwarranted certainty in climate predictions becoming increasingly common.

1-Page Summary

Additional Materials

Clarifications

  • The term "CO2 cult" in climate science is used to describe a perceived overemphasis on carbon dioxide (CO2) as the primary driver of climate change, to the exclusion of other factors like solar activity. Critics argue that this singular focus may lead to a narrow understanding of climate dynamics and potentially overlook other significant influences on the climate system. The term implies a strong ideological or dogmatic attachment to the idea that CO2 is the main or sole cause of climate change, which can hinder a more comprehensive and nuanced approach to studying and addressing climate issues. This concept highlights a concern about the potential oversimplification or distortion of scientific discourse when one factor is disproportionately emphasized in the climate change discussion.
  • Funding dynamics in climate research can influence the direction of scientific inquiry. Government funding agencies may prioritize research that aligns with established views to secure future funding. This dynamic can create a situation where challenging mainstream climate perspectives may pose risks to researchers' funding opportunities. Additionally, the availability of funding can shape the narrative around climate change, potentially influencing the focus and outcomes of research projects.
  • The feedback loop between climate alarmism and funding describes a cycle where heightened concerns about climate change lead to increased funding for research. This funding often prioritizes studies that align with alarmist narratives, potentially marginalizing dissenting views. As more funding flows into research supporting alarming climate scenarios, it reinforces the perception of urgency and amplifies the call for further action. This cycle can create challenges for scientists who question mainstream climate change narratives as they may face difficulties securing funding for their research.
  • The Earth's climate system is complex due to interactions between various components like the atmosphere, oceans, land surfaces, and ice. These components influence each other in intricate ways, leading to a dynamic and interconnected system. Factors such as solar radiation, greenhouse gases, ocean currents, and atmospheric circulation patterns all play roles in shaping the climate. Understanding and modeling this complexity is crucial for predicting how the climate may change in the future.
  • The Navier-Stokes equation is a fundamental equation in fluid dynamics that describes how fluids like air and water move. In climate modeling, this equation is used to simulate the behavior of the atmosphere and oceans, which are crucial components of Earth's climate system. By solving the Navier-Stokes equation numerically, scientists can make predictions about how heat, moisture, and energy transfer occur in the atmosphere and oceans. Understanding these fluid dynamics helps in creating more accurate climate models for studying and predicting climate patterns and changes.
  • The historical eugenics movement was a social and scientific movement in the early 20th century that aimed to improve the genetic quality of the human population through selective breeding and sterilization. It was influenced by ideas of heredity and genetics, often promoting discriminatory practices based on race, ethnicity, and perceived genetic traits. Eugenics gained support from some prominent scientists and institutions, leading to policies and laws that enforced sterilization and restricted immigration based on eugenic principles. The movement eventually fell out of favor due to its association with Nazi Germany and its unethical practices.
  • Politically polarized climate science within academia means that differing political ideologies influence how climate science is conducted, interpreted, and communicated within academic circles. This polarization can lead to challenges in open debate, funding allocation, and acceptance of research findings based on political leanings rather than scientific merit. It can create an environment where certain viewpoints are favored or marginalized based on their alignment with specific political beliefs, impacting the objectivity and integrity of climate research within academic institutions. This polarization can hinder collaboration, impede progress in understanding climate change, and contribute to a lack of consensus on key issues within the scientific community.

Counterarguments

  • The consensus on CO2's role in climate change is based on extensive peer-reviewed research and evidence, not ideology.
  • Ice core data and other paleoclimate evidence show strong correlations between CO2 levels and climate changes over geological timescales.
  • Funding for climate research is subject to peer review and is awarded based on scientific merit rather than adherence to a particular narrative.
  • The scientific community encourages robust debate, and many scientists actively research alternative explanations for climate phenomena.
  • Climate models are continually refined and tested against observations, and while they have limitations, they are valuable tools for understanding climate dynamics.
  • Global climate change impacts can manifest in regional variations, but the overall trend of global warming is supported by a wide array of climate indicators.
  • The Navier-Stokes equation is indeed complex, but advancements in computational methods have improved climate model accuracy.
  • Historical misuse of science, such as in the case of eugenics, does not necessarily parallel the current state of climate science, which is based on a broad and diverse range of evidence.
  • Political polarization may affect public discourse on climate science, but the scientific process includes checks and balances that aim to minimize the influence of ideology.
  • Scientific certainty in some aspects of climate predictions is warranted based on the convergence of evidence from multiple independent lines of inquiry.

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#2397 - Richard Lindzen & William Happer

The Politicization and Ideological Capture of Climate Science

Richard Lindzen and William Happer discuss concerns surrounding the politicization of climate science and its impact on open debate and scientific progress.

Climate Science Is Politicized, Discouraging Open Debate

Climate Science's "Co2 Cult" Dominates, Ignoring Other Climate Change Factors

Lindzen and Happer argue that the focus on CO2 in current climate science discourse is excessive and ignores other factors like the sun's impact on climate. They note that throughout Earth's history, ice ages and warming periods have not correlated well with CO2 levels. Happer describes the climate science community's singular focus on CO2 as the "phlogiston era of climate science," comparing it to an outdated scientific belief. He also states there's no evidence that CO2 has made any significant difference to rising sea levels, which began around 1800.

Questioning Climate Change Often Leads To Hostility, Censorship, and Consequences For Scientists

Rogan compares the adherence to climate change beliefs to a "religious-like" or "cult-like" phenomenon. Questioning the climate change narrative can lead to being labeled a "climate change denier," which Lindzen points out is indicative of the hostility faced by scientists who challenge accepted views. Rogan and Lindzen discuss the pressure on scientists to adhere to the notion that the science of climate change is settled and requires immediate action. They note skepticism among ordinary people and suggest a disconnect between political narratives and public opinion.

Politicians embrace climate narratives as it gives them power and influences policies, which Lindzen sees as an incentive that disincentivizes open debate. Happer notes that climate science is "completely politicized," and the inability to ask questions is a bad sign. He also mentions a consensus in the climate community without consequences for failed predictions, deviating from normal accountability standards.

Climate Science Politicization Hampers Progress and Study

Lindzen suggests that the focus on extreme weather over the last 15-20 years, as opposed to temperature, is a sign that the climate change narrative is "fake." He refers to frequent use of once-in-a-hundred-year events to scare people and points out the IPCC's inability to find evidence linking climate change to extreme weather events, suggesting that the IPCC's viewpoints are influenced by political interests.

Rogan and Lindzen highlight narratives around carbon emissions and how questioning scientists are silenced or intimidated. Lindzen recalls when the editor of a major science magazine, Marsha McNutt, stated she would not publish articles questioning clim ...

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The Politicization and Ideological Capture of Climate Science

Additional Materials

Clarifications

  • The IPCC stands for the Intergovernmental Panel on Climate Change. It is a scientific body under the United Nations that assesses and reports on the latest scientific, technical, and socio-economic information relevant to understanding climate change. The IPCC does not conduct its research but reviews and synthesizes existing scientific literature to provide policymakers with regular assessments of the state of climate science. Its reports are influential in shaping international climate policy and agreements.
  • Marsha McNutt is an American geophysicist who has held significant roles in variou ...

Counterarguments

  • The consensus on CO2's role in climate change is based on extensive peer-reviewed scientific research indicating that CO2 is a significant greenhouse gas contributing to global warming.
  • Ice core data and other paleoclimate evidence show a strong correlation between CO2 levels and Earth's climate, with higher CO2 levels often associated with warmer periods.
  • The comparison of the focus on CO2 to outdated scientific beliefs may overlook the robust scientific methodologies and advancements in understanding the Earth's climate system.
  • There is a substantial body of evidence, including from the Intergovernmental Panel on Climate Change (IPCC), indicating that rising CO2 levels are a significant factor contributing to sea-level rise due to thermal expansion and melting ice.
  • The scientific community encourages debate and scrutiny, but it distinguishes between skepticism based on scientific evidence and denialism that ignores or misrepresents evidence.
  • The term "climate change denier" is controversial, but it is often used to describe individuals or groups who reject the consensus scientific view without presenting credible evidence.
  • The idea that climate science is settled does not preclude ongoing research and debate; rather, it acknowledges the overwhelming evidence for certain fundamental aspects of climate change.
  • Political engagement with climate science is complex, and while some may use it to gain power, others are motivated by a responsibility to address a global challenge.
  • The politicization of climate science can be seen as a response to its implications for policy and economic systems rather than a cause of scientific bias.
  • Failed predictions are part of the scientific process, and climate science, like all fields, involves making projections that are continually refined with new data and understanding.
  • The focus on extreme weather events is supported by research indicating that climate change is increasing the frequency and intensity of some types of extreme weather.
  • The IPCC's assessments are based on a comprehensive review of scientific literature and are subject to rigorous review processes involving scientists from around the world.
  • The scientific ...

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#2397 - Richard Lindzen & William Happer

Influence of Funding and Incentives on Climate Research

The discussion highlights that narratives surrounding climate change may be influenced by external factors such as funding and political interests, with an implied incentive to support the predominant climate change narrative to secure funding.

Government Funding Incentivizes Support For Climate Change Narrative

A consensus is that government funding agencies should maintain an open view toward all subjects and not establish rules that prevent questioning.

Securing Funding Often Takes Priority Over Challenging Accepted Climate Views

Richard Lindzen and Willam Happer discuss how the vast financial stakes in the energy sector can influence the narrative and discourage challenges to the prevailing climate change views. This implies that securing funding can take priority over raising challenging questions. Joe Rogan and Lindzen further suggest that the enthusiasm for climate change narratives might be driven by opportunities for funding, creating a significant incentive not to "rock the boat" in academia due to funding considerations.

Feedback Loop: Climate Alarm Funds Narratives

Rogan and Lindzen delve into the possibility of a feedback loop where climate alarmism leads to increased funding, which in turn supports the climate change narrative. Rogan points out the financial motivation to perpetuate climate narratives, suggesting that funding and financial incentives could bias support. Initiatives like green new deals and green energy projects can become a PR campaign for those looking to profit.

Academics Questioning Dominant Climate Views Face Marginalization and Funding Loss

Happer touches on the marginalization faced by academics who do not adhere to the dominant CO2-centric narrative and miss out on funding opportunities. He suggests opening up funding to alternate theories that do not focus exclusively on CO2. Happer also indicates t ...

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Influence of Funding and Incentives on Climate Research

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Counterarguments

  • Government funding is often allocated through peer review processes that aim to ensure objectivity and fund the most promising research based on scientific merit rather than narrative alignment.
  • The scientific consensus on climate change is based on a vast body of evidence and research from diverse sources, not just government-funded studies, which suggests that the consensus is not solely a product of financial incentives.
  • Academics are encouraged to follow the evidence wherever it leads, and there are numerous instances of researchers who have changed the prevailing views through rigorous research, even in fields with strong consensus.
  • The peer review process, while not perfect, serves as a check against the influence of funding and incentives, as it requires other experts in the field to evaluate the validity of research findings.
  • Climate change narratives are not monolithic, and there is a wide range of views within the scientific community about the severity, pace, and best mitigation strategies, which indicates a healthy level of debate and discourse.
  • Green new deals and green energy projects are often supported by a combination of private and public funding, and their support is not solely based on PR considerations but also on the potential for sustainable development and long-term economic benefits.
  • The suggestion that climate alarmism leads to increased funding overlooks the fact that many scientists and organizations are motivated by genuine concern for the environment and the future impacts of climate change.
  • The existence of climate change denial or skepticism within academia and the public discourse demonstrates that there is room for dissenting views, although these views are subject to the same scrutiny as any other scie ...

Actionables

  • You can diversify your information sources to develop a more nuanced understanding of climate science. Start by curating a reading list that includes a variety of perspectives, including those from independent researchers, international climate organizations, and even skeptics. This will help you see beyond the dominant narrative and understand the complexities of climate science.
  • Encourage open dialogue by starting a book club or discussion group focused on climate science and policy. Choose books and articles that present multiple viewpoints and facilitate discussions that respect differing opinions. This can be a space where you and others can freely question and debate climate issues without the pressure of funding or academic constraints.
  • Support transparency in ...

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#2397 - Richard Lindzen & William Happer

Complexity Challenges in Climate Modeling and Prediction

Richard Lindzen and others delve into the intricate nature of climate modeling and prediction, revealing the challenges and skepticism that arise from the complexity of the Earth's climate system.

The Climate System Is Complex, Chaotic, and Ever-Changing, Defying Straightforward Modeling and Prediction

The complexity and variability of the climate system are under intense scrutiny as experts like Richard Lindzen demonstrate that global mean temperature has fluctuated, moving from a cooling period in the 1930s to warming after the 1970s. Lindzen indicates that the Earth's temperature has never been stationary, a sentiment echoed by Joe Rogan. The concept of a static global temperature is put into question, along with what is generally meant by "global temperature."

Lindzen argues that climate change is predominantly regional rather than global, where factors like proximity to the ocean can influence regional climates over various time scales. He posits that the global mean temperature concept, though useful for studying other planets, may not be particularly useful for understanding Earth's climate. Further, he explains that most of the complex topics covered in advanced graduate courses, such as hydrodynamic instability, are not easily accessible to the general public.

William Happer and Rogan concur that verifying such complex scientific information is difficult for the average person, and Happer gives background on the Navier-Stokes equation. This equation, crucial for representing fluid motion in the atmosphere and oceans, is nonlinear and complex, encapsulating the struggle in modeling such a complex system.

Modeling Climate Using Partial Differential Equations Is Limited

Lindzen highlights the intricacies of climate models that employ partial differential equations to discretize fluid mechanics and to understand changes with distance and time. He recognizes that the people who work with these models do so meticulously, while also noting that the models often present incorrect outcomes, revealing a critical limitation in current climate modeling.

"Butterfly Effect" Makes Long-Term Climate Forecasting Unreliable

The unpredictability and long-term forecasting challenges of the climate system are further emphasized in the conversation, albeit without an explicit mention of the "Butterfly Effect." Instead, Lindzen references Edward Lorenz's chaos theory, suggesting that small changes in a complex system can lead to unpredictable large-scale outcomes. Happer illustrates this by mentioning the common allegory of a butterfly's flaps possibly leading to hurricanes years later, while Rogan disagrees, arguing against such simplistic cause-effect re ...

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Complexity Challenges in Climate Modeling and Prediction

Additional Materials

Clarifications

  • Hydrodynamic instability in fluid dynamics analyzes the stability of fluid flows and the onset of turbulence. It determines if a flow is stable or unstable and how instabilities lead to turbulence. The study uses tools like the Navier-Stokes equations to understand how disturbances affect properties like velocity and pressure in fluid systems. Understanding stability helps predict how disturbances can evolve into turbulent flow patterns.
  • The Navier-Stokes equations are fundamental equations in fluid dynamics that describe the motion of viscous fluids. They account for factors like viscosity and momentum balance in fluid flow. These equations are crucial for understanding complex phenomena in science and engineering related to fluid motion. They were developed by Claude-Louis Navier and George Gabriel Stokes in the 19th century.
  • In climate modeling, partial differential equations are mathematical equations used to describe how various factors, like temperature and pressure, change over space and time. These equations help scientists simulate the complex interactions within the Earth's climate system. By discretizing fluid mechanics and representing changes with distance and time, partial differential equations play a crucial role in understanding and predicting climate behavior. They are essential tools for creating numerical models that can provide insights into climate dynamics and phenomena.
  • Chaos theory, a branch of mathematics and physics, studies complex systems that are highly sensitive to initial conditions, leading to unpredictable outcomes over time. The "Butterfly Effect" is a popular concept in chaos theory that suggests small changes in one part of a system can have significant effects o ...

Counterarguments

  • While the climate system is indeed complex and chaotic, advancements in computational power and data collection have improved the reliability of climate models significantly.
  • Fluctuations in global mean temperature do not invalidate the overall trend of global warming, which is supported by a broad scientific consensus.
  • The concept of a static global temperature is a straw man argument; climate scientists acknowledge the dynamic nature of Earth's climate but also recognize long-term trends.
  • While climate change has regional impacts, there is substantial evidence that it is a global phenomenon, with greenhouse gases affecting the entire planet's energy balance.
  • The global mean temperature is a useful metric for tracking changes in the Earth's energy balance over time and is widely used in scientific research.
  • Advanced topics in climate science may be complex, but there are efforts to communicate these concepts effectively to the public through education and outreach.
  • The Navier-Stokes equation, while complex, has been successfully used in many models that accurately predict weather and other fluid dynamics phenomena.
  • Despite limitations, partial differential equations are a fundamental tool in climate modeling and have been used to successfully predict many aspects of climate change.
  • While individual climate model outcomes can be incorrect, ensembles of models can provide robust projections that help account for uncertainties.
  • The "Butterfly Effect" is a recognized aspect of chaotic systems, but climate models use statistical methods to account for such uncertainties over long-term projections ...

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#2397 - Richard Lindzen & William Happer

Historical Examples of Science Being Distorted by Ideology

Through a conversation including Joe Rogan, Richard Lindzen, and William Happer, the discussion sheds light on historical and present examples of how science can be distorted by ideology.

Examples of Science Corrupted by Ideological Agendas, Like Eugenics, Demonstrate the Dangers Of Attaching Politics To Science

Rogan, Lindzen, and Happer delve into the effects of sociopolitical narratives on the public's scientific understanding, akin to how ideologies like eugenics misrepresented scientific conclusions in historical examples.

Early 20th-Century Eugenics, Embraced by Academics and Policymakers, Led To Discriminatory Laws Until Discredited by Nazi Embrace

The eugenics movement serves as a prime example of how science can be corrupted by ideological agendas. Happer references the movement's support from esteemed figures and institutions, such as the presidents of Harvard, Stanford, Princeton, and Alexander Graham Bell. The eugenics movement, which was based on the belief that the gene pool was being diluted by other ethnic groups, was propagated through scholarly articles and was widely accepted until the Nazis took it to its extreme.

Lindzen mentions that the eugenics movement in the United States had practical consequences, such as the Immigration Restriction Act of 1924. This act limited immigration, effectively restricting immigrants from Eastern Europe, Italy, and China. It was also used by Roosevelt to prevent Jewish refugees from escaping Europe during the lead-up to World War II. Lindzen adds that it wasn’t seen as fringe, and had the Nazis not adopted eugenics, the movement might have continued to progress in America.

Ideological Capture in Climate Science Funding and Narrative

Rogan reflects on parallels between the historical example of eugenics and concerns about climate science being influenced by ideological agendas. He notes that the widespread acceptance and implementation of eugenics by policymakers and institutions ultimately led to its discredit after the Nazi regime put it into horrific practice.

Lindzen discusses how the environmental movement's focus has shifted from saving species like whales to a concentration on the global mean temperature in climate science, suggesting that the topic of climate change might be influenced by economic interests. Lindzen implies climate science might be subject to ideological capture, as shown by resistance to debate and the presentation of climate trends described with unwarranted certainty.

Happer suggests political motives influenced his dismissal from a bureaucratic position, hinting at ideological interference in climate science funding and narrative. Lindzen and Happer discuss how climate change discourse has become politically polarized within academia, reflecting concerns around ideological capture influencing the scientific narrative and funding within climate science.

Objectivity in Science Challenged by Echo Chambers and Social Media Narratives

The conversation between Rogan, Lindzen, and Happer touches on how echo chambers and social media narratives might impact objectivity in science, though these specific terms ar ...

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Historical Examples of Science Being Distorted by Ideology

Additional Materials

Counterarguments

  • The support for eugenics by institutions and esteemed figures of the time may reflect the prevailing scientific consensus and social norms of that era, rather than a deliberate distortion of science by ideology.
  • The discrediting of eugenics due to Nazi atrocities does not necessarily mean that the scientific community would not have eventually rejected eugenics on ethical or scientific grounds.
  • The comparison between eugenics and climate science may be seen as a false equivalence, as climate science is based on extensive empirical research and data, whereas eugenics was not.
  • The shift in the environmental movement's focus to climate change could be interpreted as a response to the growing body of evidence about the risks of global warming, rather than the result of economic interests.
  • Political polarization in academia around climate change could be a reflection of the broader societal divide on this issue, rather than a cause of it.
  • The suggestion that political motives influence climate science funding and narrative could overlook the rigorous peer-review and funding processes intended to safeguard scientific integrity.
  • Echo chambers and social media narratives are not unique to science and can affect any field; the scientific method includes mechanisms such as peer review to mitigate these effects.
  • The "gatekeeper phenomenon" could al ...

Actionables

  • You can diversify your information sources to avoid echo chambers by actively seeking out scientific journals, books, and articles from a wide range of perspectives on climate science. This helps you form a more balanced understanding of the topic. For example, subscribe to both a mainstream science magazine and a publication that presents alternative viewpoints on environmental issues to compare the narratives.
  • Engage in critical thinking exercises when encountering new information on climate change to maintain objectivity. Start by writing down the main points of an article or social media post you read, then list potential biases or underlying motives that could have influenced the information. This practice can help you discern fact from opinion and recognize the influence of political or economic interests.
  • Create a personal "science co ...

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