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The speaker presents a video showing “oil coming out of the earth,” claiming there is an unlimited amount of oil, unlimited water, free energy, and abundant food. They argue that the Rockefellers “bought out the educational system” and taught a scarcity mindset to put people into a fear state that resources are always running out. After posting the video, the speaker says many people responded that they work on oil rigs and that when an area supposedly runs out of oil, they go back and find oil coming out again. The speaker claims this means oil is being managed and prices manipulated, similar to how water and food and energy prices are supposedly manipulated. They also claim people are kept in fear that water is running out. The speaker then points to mining: miners who go into the earth reportedly have to use pumps to remove water because mines flood from water coming up from inside the Earth, including “oceans underneath the oceans.” They say this contrasts with how surface water scarcity is presented, because there is water deep below. They continue by saying energy and food are “heavily manipulated” markets. They claim “GMOs and pesticides” are promoted as a solution to save the world. The speaker adds that before the 1900s there were “tons of free energy,” including technologies using mercury, electricity, and different types of gas, and they state that these examples are not shown.

The speaker asserts that there is a depopulation agenda between now and 2050. They argue that if a plan were to make a massive portion of the global population sick and lockdown people, the only things people can control entering their homes are water. They claim water treatment for drinking and showering uses proprietary blends, including a protein called e carol, described as a snake venom component that elicits blood clotting. The speaker urges viewers to look for venom and asserts that they are poisoning us, specifically pointing to the water. They state that there is no part of me that even questions whether or not they're poisoning us in water. To keep a family healthy, they conclude, you must ensure the air you breathe, the water you drink, and the food you eat are clean.

Water is a global issue that needs our attention. Despite not being able to vaccinate everyone in the world, we must recognize water as a common resource. It is important to approach this issue from both a global perspective and a self-interest standpoint. Unlike climate change, water is something everyone understands. Engaging citizens and emphasizing the importance of water can help us experiment with the concept of the common good. We have failed in the past, but we must strive to succeed this time and not repeat our mistakes.

COVID has shown that our health is interconnected globally. However, we haven't managed to vaccinate everyone worldwide. Water is a global commons that requires collaboration and is linked to our health. Unlike climate change, water is easily understood by everyone, especially kids who know its importance when playing sports. Engaging citizens and striving for the common good is crucial. We need to learn from past failures and deliver on this issue, while also addressing other challenges.

COVID has shown us that our health is interconnected globally. However, we haven't been able to vaccinate everyone worldwide. Water is a global resource that needs our attention. It's important because we haven't solved similar problems before. Unlike climate change, water is something everyone understands. Engaging citizens and focusing on the common good is crucial. We need to experiment and find ways to succeed where we have failed in the past. Hopefully, this will lead to success in other areas as well.

Experts have warned of a coming water crisis, possibly already spurring conflicts due to scarcity. While Earth appears to be a blue planet, 98% of its water is saline, with much of the fresh water locked in glaciers. The available fresh water is unevenly distributed, and reservoirs are being depleted. Big Tech's growing demand for water is exacerbating the problem, though this is intentionally kept secret. The speaker investigated Big Tech's water consumption and its potential disastrous consequences. This video you are watching is brought to you by water. Data centers, which host massive amounts of data, require vast amounts of water for cooling. An average data center consumes up to 5 million gallons of water daily, equivalent to the usage of 50,000 people in an American city.

This video discusses the need to consider the economics of water, not just in terms of money, but also in terms of governance and recognizing water as a common resource. The speaker emphasizes the urgency of addressing this challenge and highlights that previous focus has been mainly on drinking water for the wealthy. The video aims to review the economics of water and explore different economic policy measures, such as implementing a price on water to incentivize responsible water management. Overall, the speaker finds this topic exciting.

We lack a common language on water, unlike climate change. Developing this common language is crucial for us to make progress in addressing water-related issues.

We haven't managed to vaccinate everyone globally, highlighting the importance of water as a global common. It's crucial to work together and view it from both a global perspective and self-interest. Water is easily understood by everyone, unlike climate change. Engaging citizens and experimenting with the concept of the common good is essential. We need to deliver on this issue and learn from our past failures to address other problems.

COVID-19 and climate change are both global challenges that require action. The pandemic has shown us the importance of global cooperation, and we must apply that lesson to the climate crisis. As we rebuild from the pandemic, we have an opportunity to build back better and take strong action against climate change. The warnings about climate change are clear, and we cannot ignore them. We need to focus on this natural challenge and work together to find solutions. However, some argue that global crises are fabricated to gain control and that dissenting voices are silenced. These patterns, they claim, are proof of a scam.

The transcript argues that the claim “We’re running out of water” is a major myth, stating that there is “unlimited water underneath our feet.” It claims that people can “go to Google” and search for “ocean under the ocean,” questioning how water could run out if an ocean exists beneath the ocean. As an example, it references the 1950s and Lake Elsinore, saying that people were “freaking out” because Lake Elsinore was going dry. It then describes a dowsler who “douses the land” and proposes that, to fill the lake, they should “tap into the water that’s underneath us.” According to the account, they “plug in,” obtain the water from beneath, and refill Lake Elsinore. The transcript concludes by stating that Lake Elsinore “has been filled ever since.”

COVID has shown us that our health is interconnected globally. We haven't managed to vaccinate everyone worldwide. Water is a global commons and it's important to work together to address it. Unlike climate change, water is easily understood by everyone, especially kids who know the importance of staying hydrated. We need citizen engagement and to experiment with the idea of the common good to successfully tackle this issue. Hopefully, we can learn from our past failures and find success in other areas as well.

Many people are asking for examples of “primary water” because they were never taught it. The speaker says the education system was “taken over by the Rockefellers” in the 1900s, and that the media was “taken over by Operation Mockingbird” in the 1960s, and that “both systems don’t teach about primary water.” The speaker describes primary water as “the combination of hydrogen and oxygen coming in from inside the Earth at a volcanic pressure” to create “brand new water” and “living water.” They say this water “doesn’t contain fluoride,” “doesn’t contain arsenic,” and “doesn’t have Pharmaceuticals or drugs or anything inside of it,” describing it as “pure.” They also explain that historically, when mining for materials like copper, gold, or silver, the mines would flood. The speaker says they had to bring pumps because water was coming in through the walls “because there is so much water underneath us.” They contrast this with what they describe as media messaging about scarcity, saying the media uses fear by promoting drought and claiming “we are running out of water.” The speaker claims this fear is used to usher in “water police, water taxes, and all these water basically restrictions,” including restrictions that prevent people from “grow[ing] your own food,” “water[ing] your lawn,” and “wash[ing] your car.” They urge viewers to become aware of primary water—the water they say they “have never been taught about”—through “theprimarywaterinstitute dot org” in order to “remove the fear” and avoid “live in the fear that we are actually running out of water.”

Did we solve global vaccination? No. Highlighting water as a global commons and what it means to work together from both global commons and self-interest perspectives. The speaker ties this to the global commons idea and relates it to self-interest. It's important because we haven't solved problems with similar attributes, and water is something people understand. Climate change is abstract for some; water is understood—'Water, every kid knows how important it is to have water. When you're playing football and you're thirsty, you need water.' The speaker urges citizen engagement and experimenting with the common good. Can we deliver this time in ways we have failed miserably other times? And hopefully, we won't keep failing on the other things.

COVID has shown us that our health is interconnected globally. However, we haven't been able to vaccinate everyone worldwide. Water is a global resource that highlights the need for collaboration and self-interest. Unlike climate change, water is easily understood by everyone, especially children. Engaging citizens and experimenting with the concept of the common good is crucial. We must deliver on this issue, unlike our past failures.

I helped make the tractors for the water issue serious. We need to solve it together. Farmers face water curtailment. I had to shut off water on my farm. We need changes for certainty. Everyone must know the water situation for next year. It's not good to wait. Let's fix this together.

COVID has shown us that our health is interconnected globally. However, we haven't been able to vaccinate everyone worldwide. Water is a global resource that requires collaboration and self-interest. Unlike climate change, water is easily understood by everyone, especially kids who know its importance when playing sports. We need citizen engagement to address water issues and experiment with the concept of the common good. Hopefully, we can succeed where we have previously failed and apply this approach to other challenges as well.

COVID has shown that our health is interconnected globally. However, we haven't managed to vaccinate everyone worldwide. Water is a global resource that requires collaboration and self-interest. Unlike climate change, water is easily understood by everyone, especially kids who know its importance when playing sports. We need citizen engagement and experimentation to achieve the common good. This is an opportunity to succeed where we have previously failed and hopefully, we can apply this approach to other challenges as well.

COVID has shown us that our health is interconnected globally. We haven't managed to vaccinate everyone in the world, just like we haven't solved other global problems. Water is a crucial resource that people understand. Unlike climate change, which can be abstract, everyone knows the importance of water, especially when they're thirsty. We need to highlight water as a global commons and work together to address it. This is an opportunity to engage citizens and experiment with the idea of the common good. Let's learn from our past failures and deliver on this important issue.

The speaker argues that “fossil water depletion” is a near-term crisis, with impacts arriving “in the next few years,” and cites firsthand information from a professional well driller in Central Texas who reports rapidly falling water levels in parts of the Ogallala aquifer. The driller says he has personally seen aquifer water levels drop 50 feet in five years (about 10 feet per year). When water drops below the pump intake, pumps keep running without heat protection, overheat, and can fuse to the well casing; the only option becomes drilling a new well. The driller reports that drilling new wells to replace failed ones is “primary business” in Texas. The speaker connects this to the Ogallala Water Aquifer (High Plains Aquifer), describing it as spanning eight states: Nebraska, Colorado, Kansas, Oklahoma, New Mexico, Texas, South Dakota, and Wyoming. The speaker states that the Ogallala supplies 30% of all U.S. groundwater used for irrigation and frames it as “fossil water” vanishing beneath major farmland. They further argue that data centers increase water demand beyond electricity cooling, including cooling gas turbines, adding billions of gallons of water usage and accelerating depletion in stressed regions. The speaker claims agriculture could fail “one or two decades” from now and argues the “breadbasket of America” ends when farming stops due to lack of water. The speaker cites depletion and “day zero” timelines: they claim 30% of the Ogallala portion under Kansas is already “unusable,” that 70% of the Texas Panhandle portion will be unusable within 20 years, and that some portions may become unusable in five or ten years depending on location. They state recharge would take “6,000 years” for full replenishment if use stopped. The speaker uses broader U.S. water figures (USGS, last found 2015): 82 billion gallons per day withdrawn from aquifers, about 92 million acre-feet per year, with 71% of groundwater used for irrigation and about 29% for other uses. They state the Ogallala alone supplies 20–21 million acre-feet per year for irrigation and sits beneath about 112 million acres. For California’s Central Valley Aquifer, they cite 10–12 billion gallons per day (2011–2017 figures) and emphasize net depletion: total depletion from 1900–2008 of about 1,000 cubic kilometers and acceleration since 2008 to about 25 cubic kilometers per year. They add Ogallala loss figures including 286 million acre-feet lost through 2019 (from predevelopment) and 9 million acre-feet lost from 2001 to 2019. The speaker then focuses on well failure thresholds, stating that in West Texas in 2024, over 60% of surveyed wells had reached levels below the pump intake. They claim the Texas High Plains/Southern Ogallala portion will be unusable within 20 years at current pumping rates. They cite an example of Southwest Kansas dropping “one and a half feet” from January 2024 to January 2025, and they state some officials said parts of Western Kansas may not last another 25 years, with 30% of the Kansas portion already described as “past day zero.” They state Nebraska’s Ogallala is not having a shortage due to stringent restrictions on drilling and that it is expected to last “many decades.” They also mention reported high depletion intensity in California exceeding a 28-foot drop in some areas and warn that without groundwater depletion enforcement, severe impacts could occur within “one generation.” The speaker argues disruptions could begin “around 2030.” They cite population growth to 358 million by 2035 concentrated in water-stressed regions (Texas, Arizona, Florida, the Carolinas). They assert NOAA projections that groundwater depletion of the Ogallala could increase by up to 50% by 2050. They reiterate that data centers are concentrated in particular regions and that depletion is not automatically replaced laterally due to complex geology. They also claim that U.S. manufacturing expansion increases water demand, referencing the CHIPS Act-funded fabrication plants in Arizona, Texas, Ohio, and New York and describing additional battery “gigafactories,” with millions of gallons of fresh water per day per facility, much of which they say would come from groundwater. The speaker concludes that farming cannot be sustained by imported water and that there is “no price signal” to reduce pumping once wells exist, unlike oil and gas. A projected timeline is given: accelerating well failures from now to 2030 across Texas, Southwest Kansas, parts of Oklahoma, and parts of New Mexico; Southern High Plains/Ogallala Southern portion run-out and cessation of row crops between 2030 and 2035; severe California restrictions by 2040; and by 2035–2045 up to 70% of the Texas Panhandle becoming unusable for irrigation, plus a large reduction in agricultural output tied to Ogallala drying. They claim functionally exhausted aquifers could persist “for thousands of years,” forcing reorganization of national food production toward Eastern and Northern Plains and causing population and economic shifts away from affected states. Finally, the speaker discusses possible changes they say could reverse the trajectory: population reduction, and “free energy technologies” enabling desalination and large-scale water transport. They argue against government “suppression over free energy technologies” and present engineered scarcity as a driver. They also include a personal anecdote about pipelines transporting treated wastewater in Central Texas from SpaceX/Boring Company-related facilities to the Colorado River.

COVID has shown us that our health is interconnected globally. We haven't managed to vaccinate everyone worldwide. Water is a global commons and it's crucial to work together to address it. Unlike climate change, water is easily understood by everyone. Engaging citizens and focusing on the common good can help us succeed where we've failed before. We must deliver this time and learn from our past mistakes.

COVID has shown us that our health is interconnected globally. Similarly, we haven't managed to vaccinate everyone worldwide. Water is a global commons and it's crucial to work together to address it. It's important because we haven't solved similar problems before. Unlike climate change, water is easily understood by everyone, even kids. Engaging citizens and experimenting with the common good can help us succeed where we've failed in the past. We hope to deliver this time and not repeat our failures.

Water is a global issue that remains unsolved, unlike the goal of vaccinating everyone worldwide. It is crucial to emphasize the importance of water as a global commons and the need for collaboration. Unlike climate change, which can be abstract, water is easily understood by people, especially children who know its significance when they are thirsty. Engaging citizens and experimenting with the concept of the common good is essential. We must strive to succeed where we have previously failed and not repeat our mistakes in other areas.

The generation's defining work should be stopping climate change by involving millions in manufacturing and installing solar panels. Our greatest challenges need global responses. No country can fight climate change alone or prevent pandemics. Progress requires coming together as a global community.