Singer / Songwriter / Lyrics / Music = Songs

• Cumulonimbus-Clouds.mp3
• Cumulonimbus-Clouds.mp4

[Verse 1]
I saw the cloud
Towering taller
Inadvertently, thought aloud
is this cumulonimbus…
Overtaking us?

[Verse 2]
The taller it grew
Darker and darker, too
Bringing on a storm
The kind that’ll do you harm
[Break]
Sound the alarm

[Instrumental, Guitar Solo, Drum Fills]

[Chorus]
If we make it irreversible
We’ll make it impossible
If we feed the feedback loops
[Break]
Oops!

[Bridge]
We’re bound to collide
With the other-side
Rife with post-modern strife
The other side of life

[Instrumental, Saxophone Solo, Bass]

[Verse 3]
Still, the cloud…
Towering taller and taller
Blatantly, shouted out-loud
This cumulonimbus…
Is overtaking us?
Bringing on a storm
The kind that’ll do you harm
[Break]
Sound the alarm

[Chorus]
If we make it irreversible
We’ll make it impossible
If we feed the feedback loops
[Break]
Oops!

[Outro]
We’re bound to collide
With the other-side
Rife with post-modern strife
The other side of life

A SCIENCE NOTE
“Cumulonimbus clouds are menacing looking multi-level clouds, extending high into the sky in towers or plumes. More commonly known as thunderclouds, cumulonimbus is the only cloud type that can produce hail, thunder and lightning.” (Meteorological Office Government of the UK)

Climate change is having several significant impacts on cumulonimbus clouds, which are the towering, anvil-shaped clouds associated with thunderstorms and severe weather. These impacts stem from changes in atmospheric dynamics, moisture content, and temperature patterns. Here are the key ways in which climate change is affecting cumulonimbus clouds:

1. Increased Intensity and Frequency of Thunderstorms:

• Warmer Atmosphere: A warmer atmosphere can hold more moisture, leading to more intense thunderstorms. As temperatures rise, the amount of water vapor in the air increases, providing more fuel for the formation of cumulonimbus clouds.
• Enhanced Convection: Higher temperatures can lead to stronger convection currents, as warm air rises more vigorously. This results in more powerful updrafts within cumulonimbus clouds, which can enhance their vertical development and increase the likelihood of severe weather events such as heavy rainfall, hail, and tornadoes.

2. Changes in Cloud Dynamics and Structure:

• Higher Cloud Tops: With more energy available in the atmosphere, cumulonimbus clouds can grow taller. Higher cloud tops mean more intense thunderstorms, as the potential for severe weather phenomena such as lightning, hail, and heavy rain increases with the height of the cloud.
• Larger Anvils: The anvil tops of cumulonimbus clouds, which form when the rising air reaches the stable layer of the stratosphere and spreads out, may become larger and more pronounced. This is a result of increased vertical development and stronger upper-level winds that can spread the cloud tops over a larger area.

3. Increased Moisture Content:

• Enhanced Precipitation: As the atmosphere warms, it can hold more moisture. This leads to an increase in the amount of precipitation produced by cumulonimbus clouds. More intense rainfall events are becoming more common, contributing to flooding and other related impacts.
• Heavier Downpours: The increased moisture content in the atmosphere means that when cumulonimbus clouds do form, they have the potential to release more water in shorter periods. This can lead to heavier downpours and flash flooding.

4. Impact on Severe Weather Patterns:

• More Frequent and Severe Thunderstorms: The increase in available moisture and atmospheric instability due to climate change can lead to more frequent and severe thunderstorms. This is particularly evident in regions that are already prone to such weather patterns.
• Hail and Tornadoes: The conditions that favor the formation of hail and tornadoes—strong updrafts, significant moisture, and atmospheric instability—are likely to become more common as the climate warms. This means that cumulonimbus clouds may produce more severe hailstorms and tornadoes.

5. Regional Variations:

• Changes in Storm Tracks: Climate change can alter the typical paths that weather systems follow, affecting where cumulonimbus clouds and associated severe weather events are most likely to occur. Some regions may see an increase in thunderstorm activity, while others might experience a decrease.
• Seasonal Shifts: The timing of severe weather seasons may shift, with some areas experiencing earlier or later onset of conditions conducive to cumulonimbus cloud formation and severe thunderstorms.

Scientific Observations and Projections:

• Empirical Evidence: Observations have shown trends toward more intense and frequent heavy rainfall events, which are often associated with cumulonimbus clouds. Studies also indicate changes in the frequency and intensity of severe weather events linked to climate change.
• Climate Models: Models project that as global temperatures continue to rise, the impacts on cumulonimbus clouds will become more pronounced. These models suggest an increase in the intensity and frequency of severe weather events driven by enhanced atmospheric moisture and instability.

Climate change is influencing cumulonimbus clouds by increasing their intensity, altering their dynamics and structure, and enhancing the moisture content in the atmosphere. These changes contribute to more frequent and severe thunderstorms, heavier rainfall, and a greater likelihood of severe weather phenomena such as hail and tornadoes.

From the album “Right Now” by The Beatless Sense Mongers

MegaEpix Enormous

A song about The Human Induced Climate Change Experiment

• Some-Summer.mp3
• Some-Summer.mp4

[Verse 1]
Some summer showed
A bit too soon
Should have known
Might wanna wait
For spring flowers to bloom

[Chorus]
Forgot it’s not
Summer yet
Yet, it’s so hot
Wanna bet
[Break]
This can’t go on
For long (no, not for long)
It’s wrong, wrong, wrong
(so wrong, so long)

[Instrumental, Guitar Solo, Drum Fills]

[Verse 2]
More summertime
It’s way too soon
Man’s greatest crime
A little too late
Foreboding does loom

[Chorus]
Forgot it’s not
Summer yet
Yet, it’s so hot
Wanna bet
[Break]
This can’t go on
For long (no, not for long)
It’s wrong, wrong, wrong
(so wrong, so long)

[Instrumental, Saxophone Solo, Bass]

[Bridge]
Atmosphere rearranges
Jet stream changes
Blocking pattern position
Primate climate mission
Heat accumulation
Saturation

[Chorus]
Forgot it’s not
Summer yet
Yet, it’s so hot
Wanna bet
[Break]
This can’t go on
For long (no, not for long)
It’s wrong, wrong, wrong
(so wrong, so long)

[Outro]
This can’t go on
For long (no, not for long)
It’s wrong, wrong, wrong
(so wrong, so long)

A SCIENCE NOTE
Climate change is causing summer-like weather to start earlier in the year through several interconnected mechanisms related to the overall warming of the Earth’s climate system. Here are the key factors contributing to this phenomenon:

1. Rising Global Temperatures:

• Increased Greenhouse Gases: The accumulation of greenhouse gases like carbon dioxide (CO₂), methane (CH₄), and nitrous oxide (N₂O) in the atmosphere traps more heat, leading to a rise in global temperatures.
• Warmer Springs: As average global temperatures increase, the transition from winter to spring becomes warmer, causing spring temperatures to resemble those typically associated with early summer.

2. Changes in Seasonal Patterns:

• Shifted Seasons: The warming climate is causing shifts in the timing of seasons. Spring arrives earlier and lasts longer, effectively extending the warm period of the year and bringing summer-like conditions sooner.
• Earlier Plant Phenology: Plants and trees are budding and blooming earlier in response to warmer temperatures, indicating the earlier onset of spring-like conditions that can quickly transition to summer-like weather.

3. Altered Atmospheric Circulation:

• Jet Stream Changes: The jet stream, which is influenced by the temperature gradient between the equator and the poles, can become more wavy and less stable due to Arctic warming. This can lead to prolonged periods of warm weather in certain regions, contributing to an earlier start to summer-like conditions.
• Blocking Patterns: High-pressure systems, known as blocking patterns, can become more common and persistent with climate change, leading to extended periods of clear skies and warm temperatures.

4. Heat Accumulation in Oceans and Land:

• Ocean Heat Content: The world’s oceans have absorbed a significant amount of the excess heat from global warming. This stored heat is gradually released, influencing coastal and nearby inland temperatures and contributing to earlier warm weather.
• Land Surface Warming: Land surfaces, especially those with low moisture content, can heat up quickly. Reduced snow cover and earlier snowmelt due to warming temperatures also contribute to earlier warming of the land surface.

5. Feedback Mechanisms:

• Snow and Ice Melt: Reduced snow and ice cover decrease the Earth’s albedo (reflectivity), causing more solar energy to be absorbed by the surface rather than reflected back into space. This accelerates warming and leads to earlier onset of warm weather.
• Soil Moisture Reduction: Warmer temperatures and changes in precipitation patterns can reduce soil moisture, which in turn allows the land to heat up more quickly, leading to earlier and more intense summer-like conditions.

6. Human Activities:

• Urban Heat Island Effect: Urban areas tend to be warmer than their rural surroundings due to human activities, buildings, and infrastructure. This effect can amplify early warming trends in cities, contributing to an earlier start of summer-like weather.

Scientific Observations and Models:

• Empirical Data: Observations and temperature records indicate a trend towards earlier onset of warm weather. This includes earlier spring thaws, longer growing seasons, and higher spring and early summer temperatures.
• Climate Models: Climate models project that, as global temperatures continue to rise, the trend of earlier and warmer springs will persist, leading to more frequent and intense early summer-like weather conditions.

The combination of rising global temperatures, altered seasonal patterns, changes in atmospheric circulation, heat accumulation in oceans and land, and various feedback mechanisms are causing summer-like weather to start earlier in the year. These changes are consistent with the broader impacts of climate change on the Earth’s climate system.

From the album “Right Now” by The Beatless Sense Mongers

MegaEpix Enormous

A song about The Human Induced Climate Change Experiment

• Pittsburgh May.mp3
• Pittsburgh May.mp4

Pittsburgh May?
Pittsburgh will…
Pittsburgh did in May

[Verse 1]
Converged on three rivers
Primate change delivers
Mister, another twister
Oh, no, tornado

[Chorus]
Extreme weather events
Prosperity prevents
Our lease on peace
Fossil fools, cease!

[Instrumental, Saxophone Solo, Bass]

[Verse 2]
Fourteen twisters in May
Bring multiples of dismay
And it ain’t over yet
We responsible, you bet

[Chorus]
Extreme weather events
Prosperity prevents
Our lease on peace
Fossil fools, cease!

[Instrumental, Guitar Solo, Bass]

[Bridge]
More moisture
Altered jet streams
And dreams
The facts,
Sifting storm tracks
Come and see
Tornado Alley

[Chorus]
Extreme weather events
Prosperity prevents
Our lease on peace
Fossil fools, cease!

[Outro]
Pittsburgh May?
Pittsburgh will…
Pittsburgh did in May

A SCIENCE NOTE
(May 2024)
“14 tornadoes become most on record in May for NWS Pittsburgh, surpassing 1985 tornado outbreak”
The recent tornadoes in or near western Pennsylvania are now the most on record by the National Weather Service Pittsburgh in May.

Climate change’s impact on tornadoes in the Pittsburgh area, and more broadly across the northeastern United States, involves complex and evolving dynamics. While the relationship between climate change and tornado activity is still an area of active research, there are some observed and projected trends that can be discussed:

1. Changes in Tornado Frequency and Intensity:

• Shifts in Tornado Alley: Traditionally, “Tornado Alley” refers to the central part of the United States, particularly in states like Texas, Oklahoma, and Kansas. However, recent studies suggest that the frequency of tornadoes may be increasing in the southeastern and northeastern United States, including areas like Pittsburgh.
• Intensity: Some research indicates that while the overall number of tornadoes might not significantly increase, the intensity of tornadoes could be affected by changing atmospheric conditions. Increased atmospheric instability and moisture levels due to warming temperatures can contribute to more severe weather events.

2. Environmental Factors Influencing Tornadoes:

• Increased Moisture: Warmer temperatures lead to more moisture in the atmosphere. Increased humidity can contribute to the formation of severe thunderstorms, which are a prerequisite for tornadoes.
• Jet Stream Changes: Climate change can alter the patterns and strength of the jet stream. Changes in the jet stream can influence the frequency and paths of storm systems, potentially impacting tornado activity in the Pittsburgh area.
• Storm Tracks: There is evidence that the tracks of storms are shifting, possibly due to changes in the climate system. This can bring severe weather, including tornadoes, to areas that were previously less affected.

3. Local Observations and Trends:

• Historical Data: Analysis of historical tornado data in Pennsylvania and surrounding states shows variability in tornado occurrences. Some years have seen higher-than-average tornado activity, while others have been quieter.
• Recent Events: Pittsburgh and surrounding areas have experienced tornadoes in recent years, with some events causing significant damage. These occurrences, coupled with anecdotal reports of more severe thunderstorms, suggest a potential shift in local weather patterns.

4. Preparedness and Mitigation:

• Improved Forecasting: Advances in meteorological science and technology have improved the ability to predict and warn about tornadoes. Enhanced radar systems, better models, and more sophisticated warning systems help mitigate the impacts of tornadoes.
• Community Preparedness: Increased awareness and preparedness efforts are essential in regions experiencing changing weather patterns. Communities in and around Pittsburgh can benefit from updated building codes, better emergency response plans, and public education on tornado safety.

5. Research and Uncertainty:

• Ongoing Studies: The exact link between climate change and tornado activity remains an active area of research. Scientists continue to study how global warming influences the atmospheric conditions that lead to tornado formation.
• Uncertainty: While trends and patterns are emerging, there is still significant uncertainty regarding long-term predictions. Climate models are improving, but tornadoes are influenced by a multitude of factors, making precise forecasts challenging.

In summary, while the direct impact of climate change on tornadoes in the Pittsburgh area is still being studied, there are indications that changing atmospheric conditions could influence the frequency, intensity, and distribution of tornadoes. Increased moisture, altered jet streams, and shifting storm tracks are some of the factors that may contribute to more severe weather events, including tornadoes, in the region. Improved forecasting and community preparedness are crucial to mitigating the risks associated with these changes.

CLIMATE CHANGE

Global warming has inflicted irreversible damage on our environment, a consensus echoed by nearly all scientists. Indeed, climate change poses a profound challenge. Our planet is witnessing conditions that increasingly jeopardize human habitation. The critical question now is whether we can adapt swiftly enough. “We are not saying that the Earth’s temperature is just going to rise. In general, as energy is added to a system, the fluctuations in the system increase. So, we expect more storms, more droughts, more wildfires, more floods, more fluctuations of all kinds. What we are saying is that weather conditions will become more volatile (Extreme Weather Events) due to the impact of humans,” said Mukherjee and Brouse.

Human-induced climate change is a dynamic component of an intricate and unordered system, as per chaos theory. This implies that global warming is accelerating exponentially in a complex manner. Over the period from 1992 to 2023, we have presented compelling evidence, proposed remedies to mitigate climate change, and amassed valuable information through the engagement of millions with this climate model. Your participation has been invaluable. The incontrovertible data underscores that human-induced climate change is rapidly deteriorating our habitat.

This climate model / experiment employs chaos theory to comprehensively consider human impacts and projects a potential global average temperature increase of 9℃ above pre-industrial levels. Global warming is a consequence of elevated thermal energy in the climate system, which comprises various subsystems. Chaos theory underscores the intricate and nonlinear nature of dynamic systems. Human well-being is compromised above a 1.5-degree temperature rise, rendering much of the Earth uninhabitable. A 9-degree Celsius increase would bring the Earth close to a wet-bulb temperature incapable of sustaining human life.

What Can I Do? There are numerous actions you can take to contribute to saving the planet. Each person bears the responsibility to minimize pollution, discontinue the use of fossil fuels, reduce consumption, and foster a culture of love and care. The Butterfly Effect illustrates that a small change in one area can lead to significant alterations in conditions anywhere on the globe. Hence, the frequently heard statement that a fluttering butterfly in China can cause a hurricane in the Atlantic. Be a butterfly and affect the world.

From the album “Right Now” by The Beatless Sense Mongers

MegaEpix Enormous

A song about The Human Induced Climate Change Experiment

• Rapidly-Riding-on-the-Rapids.mp3
• Rapidly-Riding-on-the-Rapids.mp4

[Verse 1]
Who knows
When you’re caught up in the throws
How it goes
Rapidly riding on the rapids
Wonder how quid pro quo did
Did the problem rid?
(Or was it hid)

[Bridge]
If things weren’t already frightening
Here comes the thunder and lightning

[Chorus]
Instability in the atmosphere
I fear it’s everywhere
The increased intensity is clear
Look there, there, and there

[Instrumental, Guitar Solo, Drum Fills]

[Verse 2]
Who knows
When you’re caught up in the gears
With dues in arrears
Rapidly riding on the rapids
Wonder how quid pro quo did
Did the problem rid?
(Or the bid hid)

[Bridge]
If things weren’t already frightening
Here comes the thunder and lightning

[Chorus]
Instability in the atmosphere
I fear it’s everywhere
The increased intensity is clear
Look there, there, and there

[Instrumental, Saxophone Solo, Drum Fills]

[Bridge]
A little more cash (stash)
For a lot more trash (fast)
Voters thrashed (trashed)
Truth trashed (thrashed)
Carbon bribe (cried)
Devil’s bride (died)

If things weren’t already frightening
Here comes the thunder and lightning

[Chorus]
Instability in the atmosphere
I fear it’s everywhere
The increased intensity is clear
Look there, there, and there

[Outro]
Aware? There, there, there!

A SCIENCE AND ECONOMICS NOTE
“Quid pro quo,” a Latin term meaning “something for something,” refers to a mutual exchange where one party provides something in return for something else from another party. In the context of governments’ climate policy, quid pro quo can manifest in several ways:

Policy and Legislation
Within a country, lawmakers might support climate-related legislation in exchange for concessions in other policy areas. This can involve political bargaining where support for green initiatives is traded for support on unrelated legislation or local projects.

Political Support and Lobbying
Governments might craft climate policies that favor certain industries or sectors in exchange for political support, campaign contributions, or other forms of influence. This can lead to policies that are beneficial to particular stakeholders but may not always align with the most effective or equitable climate strategies.

Such arrangements can lead to compromises that dilute the effectiveness of climate action or create inequalities in how the burdens and benefits of climate policies are distributed. Political quid pro quo usually lands us in rough waters, up the river, and without a paddle.

From the album “Right Now” by The Beatless Sense Mongers

MegaEpix Enormous

A song about The Human Induced Climate Change Experiment