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GoGreenNation News: Can renewable energy really fix the global energy crisis?
GoGreenNation News: Can renewable energy really fix the global energy crisis?

Rising energy costs, unreliable power grids, and climate change continue to exacerbate the global energy crisis and its impact on both businesses and households. To be sure, electricity access has been improving, the cost of solar energy has dropped by over 80% since 2010, and renewable energy installations have consistently outpaced fossil fuel developments. But even with all that progress, projections signal a rough road ahead for energy usage around the world—one that will continue to impact families struggling to pay bills, industries facing operational disruptions, and economies hindered by resource instability. One major contributor to the calamity: the world’s reliance on centralized energy grids. Although centralized grids are pivotal to the generation and distribution of energy across many major cities of the world, a lot of these grids are getting old and outdated, overburdened, and ill-equipped to handle the demands of modern economies. Fortunately, decentralized grids are emerging to help solve that problem. “The rise of decentralized energy solutions, like microgrids, is a direct response to the limitations of traditional grids,” Gil Kroyzer, CEO of Solargik, tells Fast Company. “Unlike centralized systems, decentralized solutions bring energy production closer to the end consumer, improving reliability and reducing infrastructure stress.” [Source Images: Getty Images] Another major factor contributing to the global energy crisis is the boom in AI, which is driving more energy demands in data centers and straining already aging energy grids. According to Andreas Schierenbeck, CEO at Hitachi Energy, “data center loads are evolving from a few megawatts to capacities exceeding 1 gigawatt due to the rise of energy-intensive AI applications.” For context, the training process for an AI model like GPT-3 consumed roughly the amount of energy consumed by 120 American households over the course of a year, per a report by Harvard Magazine. In fact, one study projects that by 2027, the AI industry could consume as much energy as the Netherlands, a country with a population of almost 20 million people. Then there’s also what’s called the “problem of intermittency” with renewable energy sources. While wind and solar offer clean and somewhat cheap sources of energy, they’re largely dependent on weather conditions. Without sufficient energy storage solutions, excess power cannot be efficiently stored for later use, leading to wasted capacity and gaps in supply during peak demand. The Global Energy Alliance for People and Planet (GEAPP) points out that affordable and scalable battery energy storage systems (BESS)—which helps to store energy at scale—are critical to solving this problem. A series of hurdles Companies like EVLO are stepping up to help address this issue with its large scale BESS solutions. “Energy storage solutions are the perfect match to leverage intermittent renewable energy sources like solar and wind,” says Sonia St-Arnaud, president and CEO at EVLO. Our overdependence on fossil fuels presents an arguably more critical hurdle. Despite increasing investments in renewable and clean energy, fossil fuels still account for over 80% of global energy production, according to the United Nations. Coal, oil, and natural gas remain dominant sources, particularly in developing nations where infrastructure for renewables is still limited. Rising geopolitical tensions—like the Russia-Ukraine war—further reflect why fossil fuel-overdependence is a big problem. Europe, which relied heavily on Russian gas, experienced an energy crisis in 2022, as Russia cut gas supplies to many parts of the region, leading to severe price hikes in some parts of the continent, per Reuters. Such disruptions highlight the fragility of fossil-dependent systems. THE RACE FOR CLEAN ENERGY Amid the energy turmoil and arduous race for net zero by 2050, there are renewable energy solutions offering real value to the everyday person and businesses today. Companies like Solargik, Hitachi Energy, and CheckSammy are all creating scalable and efficient systems that not only provide clean energy but also address challenges of cost and infrastructure. [Source Images: Getty Images] For example, Solargik’s AI-powered solar tracking solution is improving the cost-effectiveness of solar systems. “By integrating real-time weather analytics and 3D shading plans, we optimize solar panel positioning and maximize energy yields even on irregular terrains or in challenging environments,” says Solargik CEO Kroyzer. These innovations ensure solar projects can thrive in irregular terrains or low-resource areas, making renewable energy more viable globally. Hitachi Energy, meanwhile, is advancing grid stability with technologies like BESS and hydrogen-powered backups. Currently, Hitachi Energy is powering the world’s largest data center heat recovery project, recycling excess heat to replace fossil fuels with emission-free energy. “To support the sharp surge in energy demands, power grids with higher capacities are essential, especially if we aim to make renewable energy our main electricity source,” says Schierenbeck. On the waste and sustainability side, CheckSammy—the world’s largest bulk waste and sustainability provider—is leveraging data-driven waste diversion and recycling solutions to help businesses cut costs while reducing environmental footprints. Agrivoltaics—which combines solar energy generation with agricultural land use—is another exciting development. Solargik’s agrivoltaic systems, for example, integrate clean energy production with agriculture, enabling farmers to protect crops from extreme heat, increasing their agricultural yields. This dual-use approach enhances both energy and food security, making it a compelling solution for sustainable land use. CHALLENGES WITH ENERGY TRANSITION While renewable energy offers a promising solution to the energy crisis, many challenges hinder widespread adoption and scalability. One of the most significant hurdles is the high upfront cost of renewable energy systems. For emerging markets, where energy infrastructure is often underdeveloped, the expense of installing solar panels, upgrading grids, and building storage systems can be daunting. It’s almost like these markets exist in a paradoxical world where, even though renewable energy is vital for energy access and sustainability, the costs remain a major barrier to adoption. [Source Images: Getty Images] Another major hurdle is sustainable land use, says Kroyzer. “Across the world, we’re seeing less and less ‘ideal’ land for PV development available. By unlocking land previously thought of as too challenging to build upon and expanding to dual-use applications, we can make the deployment of solar PV systems more cost-effective across all markets; while also minimizing impact on the land itself,” he adds. Then there is the limitation of traditional power grids. Most centralized grids were built decades ago and are ill-suited to handle intermittent renewable energy sources like solar and wind. Upgrades to integrate these sources, decentralize production, and ensure grid resilience require substantial investments in both time and capital. Renewable energy production also fluctuates with weather patterns and daylight hours, making scalable battery storage essential to ensure consistent supply. Furthermore, inconsistent regulatory frameworks often slow down the transition. Renewable energy adoption requires clear policies, strong incentives, and collaboration between public and private sectors. Without these, progress stagnates, especially in countries still heavily reliant on fossil fuels. LOOKING AHEAD The quest for renewable energy, as Schierenbeck notes, isn’t merely a trendy option but a critical necessity to address the energy crisis and global warming effectively. He adds, however, that without significant development of power grids, it will be impossible to ramp up the production of renewable energy. [Source Images: Getty Images] As renewable energy sources continue to grow more popular, there’s the need for greater grid infrastructure enhancements and more advanced energy storage systems. Perhaps if more investments go into building these systems that can actually support energy from renewable sources, global energy prices can truly go low and net zero—which some now say is no longer possible in 2050—can be achieved. Meanwhile, according to EVLO’s St-Arnaud, utilities and independent power producers now recognize battery energy storage as a highly versatile energy asset for enhancing the grid and improving its resiliency, optimizing peak load management to handle increased power demands, while integrating renewable energy sources where needed. The rise of lithium iron phosphate battery chemistry is also reshaping the economics of energy storage, driven by its safety profile and declining costs, he adds. “With a 20% drop in prices in 2024, following a 30% reduction in 2023, the market is benefiting from improved affordability, which is likely to persist through 2028.” For Kroyzer, the future of renewable energy isn’t just about cutting emissions; it’s about building systems that are resilient, predictable, and financially viable. ”With the momentum and collaborations we’re seeing today, we’re not just fixing the energy crisis,” he says, “we’re unlocking a massive economic opportunity that is fueled by clean, smart, and future-ready solutions.”

GoGreenNation News: How AI is unlocking a cleaner energy future
GoGreenNation News: How AI is unlocking a cleaner energy future

The Fast Company Impact Council is a private membership community of influential leaders, experts, executives, and entrepreneurs who share their insights with our audience. Members pay annual membership dues for access to peer learning and thought leadership opportunities, events and more. AI and energy are two of the most critical forces shaping the future of our planet—and their relationship is impossible to ignore today. From the significant power consumption of data centers to the growing energy requirements of AI-driven applications, the rapid adoption of AI is driving a surge in global energy demand that is outpacing the growth of renewable energy sources. This presents a crucial challenge: How to balance the environmental impact of this technology with the transformative potential it holds? The solution is more AI. Transform the environmental impact of energy production As I explored in my recent article, technologies like cloud, edge computing, and AI are reducing the carbon intensity of oil and gas production today while helping to advance the new energy systems of tomorrow. For example, consider the parallels between data intelligence for energy operations and autonomous vehicles. Much like how self-driving cars interpret real-time data about other drivers and traffic conditions to make decisions, AI-enabled devices in the oil field interpret data from wells and facilities in the network to take proactive and autonomous actions. This ensures that operations stay in the “sweet spot,” unlocking significant productivity gains while reducing costs and carbon emissions. This is only the beginning. Soon, AI will enable optimization throughout the entire production life cycle—from subsurface exploration to field development and production operations. This will allow us to optimize assets in real time, marking a significant step forward in energy production while maximizing performance and sustainability. But to realize this vision, we must unleash the full potential of AI across our industry. It must evolve from a digital tool that supports individual tasks into a fundamental capability set woven into the very fabric of our planning, decision making, and operations. AI will be the X factor for our industry. It has the potential to fundamentally transform the environmental impact of energy production. But for this to happen, we can’t rely on traditional AI and machine learning workflows. We need tailor-made solutions to meet the unique demands of the energy industry. Enter engineered AI. Engineered AI: AI for the energy industry The AI lexicon is constantly expanding and now includes everything from narrow AI to general AI to superintelligent AI, alongside the now ubiquitous generative AI. However, the unique challenges of the energy industry demand a specialized approach. To address them effectively, we at SLB propose “engineered AI”—a specialized approach to AI development focused on solving the energy sector’s most pressing challenges. Now, you may ask, “Do we really need more AI?” Well, consider this: Before a single barrel of oil or cubic foot of gas is produced, vast amounts of data are generated, analyzed, and acted upon. In fact, a single well can produce more than 10 terabytes of data per day, roughly equivalent to half of the text content in the U.S. Library of Congress. Engineered AI is purpose-built to address these complexities. It combines machine learning and generative AI with energy-specific data, physics-based modeling, and the deep domain expertise of the scientists and engineers across our industry. With open, secure, and adaptable architectures, we can unlock decades of historical data to drive innovation across the industry. As engineered AI evolves, it will enable the industry to rapidly accelerate and derisk processes such as reservoir design and management, construction of wells and facilities, and asset maintenance and performance. Ultimately, this will result in greater efficiency, reduced costs, and lower carbon emissions across the entire energy value chain. AI for the energy transition While engineered AI will be critical for improving performance and reducing emissions in the oil and gas industry today, it will also play a key role in scaling the low carbon solutions of tomorrow. Leveraging decades of subsurface data, we are already developing engineered AI solutions to identify optimal locations for carbon capture and storage and geothermal energy developments. This represents a significant step forward in reducing industrial emissions and accelerating the transition to clean, renewable energy systems. And as engineered AI capabilities mature, its impact will continue to accelerate. So, while the rapid growth of AI undoubtedly introduces new complexities to the global energy mix, I believe AI will unlock new opportunities, becoming one of our most valuable tools in delivering secure, affordable, and sustainable energy for all. When we get it right, AI isn’t just technology. It’s the key to a world with more energy and less emissions. Rakesh Jaggi is president of Digital & Integration at SLB.

GoGreenNation News: What a Trump administration means for the federal hydrogen energy push
GoGreenNation News: What a Trump administration means for the federal hydrogen energy push

The incoming Trump administration could decrease the viability of the nascent U.S. hydrogen economy with changes in clean energy funding, trade, climate and environmental policies, according to legal and industry experts. The Biden administration made a big bet on hydrogen — with seven proposed, federally funded hydrogen hub networks, an initiative born from the administration’s 2021 Bipartisan Infrastructure Law. The hubs are all still in early phases of development, however, the Department of Energy (DOE) has allocated $7 billion in federal funding for the hubs, which support the Biden administration's objective of reaching net-zero carbon emissions nationwide by 2050 and achieving a 100% “clean” electrical grid by 2035. The projects, which will use both renewable and fossil fuel energy to create hydrogen, have already faced criticism from community members and advocacy groups who say details of the projects remain hazy, public input is being planned after industry partners have already received millions of dollars in public funding, and communities don’t have agency in the decision-making. While much remains uncertain with the upcoming Trump presidency, experts said it’s unlikely the projects would be abandoned entirely. However, the initiative could be harder to fund, less focused on slowing climate change – which could impact production sales to places with stricter environmental rules, like the EU – and deepen the lack of community engagement many advocates have denounced. “I think there will be a lot of pressure from the oil and gas industry on the Trump administration to basically keep the hydrogen provisions but to make them more lenient and friendly toward fossil fuel interests,” Matt Lifson, an attorney with the Institute for Policy Integrity at the NYU School of Law, told EHN. Policy shifts that could impact the the hydrogen hubsThe DOE has already provided some funding for five of the seven hubs — $131.7 million, with the Gulf Coast and Midwest hubs receiving funds most recently on November 20 — but much of the $7 billion earmarked for the hubs is set to be distributed over the next decade.Any funding that hasn’t been distributed when Trump takes office could be reallocated through federal budget reconciliation, according to legal and policy experts. Reconciliation bills can’t be filibustered and the process has been used to pass at least 22 bills since the process was established in 1974, including the Biden administration's 2022 Inflation Reduction Act (IRA). “A lot will depend on the contracts the federal government has already signed with the hydrogen hub developers,” said Lifson. “Even if Congress changes the law, there could potentially still be a contractual claim the hubs could pursue for the money.”Trump’s policies on clean energy tax credits could also impact the hubs. Trump has repeatedly called into question the Biden administration’s Inflation Reduction Act (IRA), which doled out clean energy tax credits over the past four years. Trump’s pick to head the Treasury Department Scott Bessent recently called the IRA a “doomsday machine for the budget.” If Trump cuts tax credits for the industry, that means he would most likely get rid of a 10-year tax credit for hydrogen production established by the IRA but not yet finalized. The tax cut “has been a cornerstone for accelerating clean energy investments and job creation,” Katie Ellet, chief executive officer of ETCH, a decarbonization and hydrogen production company, and previous president of hydrogen energy and mobility for Air Liquide North America, told EHN.“While the hydrogen market’s transition was underway before the IRA … the legislation significantly amplified this momentum,” Ellet added.Before the recent election, the Biden administration promised to finalize the clean hydrogen production tax credit by the end of the year. However, the rule could be overturned under the Congressional Review Act, which allows Congress to overturn final rules issued by federal agencies within 60 days. If that happened, it would also bar “substantially similar legislation” from being passed in the future, so it’s unclear if the Biden administration will finalize the rule. As currently written, the tax credits incentivize lower levels of carbon emissions in hydrogen production. “Whether the Biden administration finalizes the rule and it gets repealed, or whether they don’t finalize it and the Trump administration proposes a new rule, it’s not hard to imagine the Trump administration issuing a final rule that’s extremely lenient toward emissions accounting,” Lifson said. “That would be very bad from a climate perspective.”Trump’s final decision on the hydrogen energy tax credits will also influence markets. The EU is currently finalizing policies that will prevent it from buying hydrogen produced using fossil fuels rather than clean energy sources, and if the tax credit incentivizes the creation of hydrogen using fossil fuels, the U.S. could end up with a surplus.“While the hydrogen market’s transition was underway before the IRA … the legislation significantly amplified this momentum." - Katie Ellet, ETCHIn addition to the $7 billion in federal funds that have been set aside for the hubs, an estimated $40 billion in private investments will also be needed to complete the projects. If Trump rolls back climate policies, as he did during his last presidency and has vowed to do again, it could lessen demand for hydrogen energy in the U.S., which could scare away the necessary private investors.“Federal policy plays a critical role in shaping the pace and scale of clean energy adoption,” said Ellet, who oversaw $1 billion in investments across the U.S. for Air Liquide, a partner in six of the seven hubs. “That said, global market dynamics and established corporate commitments continue to offer a solid foundation for sustained private sector investment in clean energy.”Environmental justice deprioritizedEnvironmental justice frameworks that aren’t part of legal statutes are some of the easiest targets for elimination.A prime example is the Biden Administration’s Justice40 initiative, a federal mandate to allocate 40% of federal investments in climate, clean energy, housing, among others, to “disadvantaged communities that are marginalized by underinvestment and overburdened by pollution.”The federal hydrogen hub networks are one of the first major tests of the Justice40 initiative, but even in pre-development phases advocates and communities shared grievances around community engagement and transparency. Most recently, advocates were notified just hours before the DOE announcement of phase one funding for the Midwest Hydrogen Hub, according to the advocacy group Just Transition Northwest Indiana. “We were literally in a meeting with DOE and the [Office of Clean Energy Demonstrations] minutes before the announcement was made, with no mention that the award was being dropped today,” the group said in a press release. “We are justifiably stunned to see it suddenly flash over our news feed. We are fed up with the continuous lack of transparency.”Many worry that these issues will worsen under the Trump administration. Project 2025 — a policy blueprint that Trump distanced himself from on the campaign trail but that now seems central to his Cabinet picks and plans — explicitly calls into question whether the government should be addressing the roles of race and income in pollution exposure, and aims to dismantle the U.S. Environmental Protection Agency.“A lot of the alarming practices we were seeing under Biden are likely to continue under Trump, if not worsen,” Batoul Al-Sadi, a senior associate at the Natural Resources Defense Council (NRDC), told EHN.Margaret Cook, deputy director of climate equity and resilience at the Houston Advanced Research Center, said the Center’s position as one the hub’s community engagement partners was finalized last week with phase one awards.“The contract signed recently with DOE for the first phase includes community engagement,” Cook said. “I can’t speculate about how a new administration would affect the project. Updates to the Justice40 Assessment and Implementation Strategy will be made at the end of each phase, and relevant information will be shared for community input.”While the future of the hubs' community engagement and emissions reduction rollout remains unclear until Trump begins his term, out of the four hubs EHN was able to reach none stated concerns for the continuation of their projects.Trump has also vowed to fast-track industrial development permitting, which could hamper community engagement but help projects get developed faster.“The incoming administration has clear goals around energy independence, job creation and boosting domestic production … all priorities deeply embedded in the hydrogen hubs,” Ellet said. “I anticipate that there will be continued support for the hubs.”It’s possible that companies and investors might plan for the longer term by taking climate needs and importance of community buy-in into account even if they aren’t required to by law. During the last Trump presidency, for example, large auto manufacturers including Mercedes-Benz, Honda, Ford, Volkswagen and BMW announced they wouldn’t adhere to the Trump administration’s rollback of emission standards and would instead continue to comply with the previous standards enacted by the Obama administration to reduce planet-warming carbon dioxide emissions.“We know there’s bipartisan support and that both blue and red states have benefitted from clean energy investments,” Lauren Piette, a senior associate attorney for EarthJustice’s clean energy program, told EHN. “I worry about what the next administration could do with those investments, but my hope is there’s a groundswell of support from members of the public, legislators and policymakers who understand our future runs on clean energy and we need to get there sooner rather than later.”

GoGreenNation News: LISTEN: Gabriel Gadsden on the rodent infestation and energy justice connection
GoGreenNation News: LISTEN: Gabriel Gadsden on the rodent infestation and energy justice connection

Gabriel Gadsden joins the Agents of Change in Environmental Justice podcast to discuss the intersection of rodent infestations and energy justice and how we can simultaneously tackle both issues.Gadsden, a current fellow and Ph.D. student of Environmental Sciences at Yale University’s School of the Environment, also talks about getting researchers to break out of siloed thinking, tips for science communicators and how his golf game is going. The Agents of Change in Environmental Justice podcast is a biweekly podcast featuring the stories and big ideas from past and present fellows, as well as others in the field. You can see all of the past episodes here.Listen below to our discussion with Gadsden, and subscribe to the podcast at iTunes, Spotify, or Stitcher.Agents of Change in Environmental Justice · Gabriel Gadsden on the rodent infestation and energy justice connectionTranscriptBrian Bienkowski Gabriel, how are you doing today?Gabriel Gadsden I'm doing great. It's very exciting to be on the podcast. Also, we've gotten some time to hang out with each other and learn a little bit about each other. And so to bridge that conversation further is exciting. And hopefully, you know, people listen to it and take something away from our conversation today.Brian Bienkowski Yes, hopefully people do listen to it. That's an important part of this. And I know that people will and are listening right now. So that's, that's good to know. And Gabriel, where are you today? Where are you talking to us from?Gabriel Gadsden I'm in New Haven, Connecticut. In the basement, in my office, my advisor said that doesn't look like I live in ... which I don't know if is a good thing or a bad thing, depending on your take on academia being a grad student. Funny or not even funny. But we just had our first snowstorm in New Haven. But it's already gone.Brian Bienkowski Came and went, heyGabriel Gadsden yeah, already gone, indeed.Brian Bienkowski When our snow comes here, it doesn't leave 'till May. So we just keep, we just keep stacking it, and stacking it on top of old snow, which I like it is a good, it is a good thing for us to have that. So speaking of place, if you've listened to the podcast, you know, I'd like to go back to the beginning, before we talk about the exciting stuff you're working on now. So tell me about Hayti. I hope I'm pronouncing that right. But historically Black community in Durham, North Carolina where you grew up.Gabriel Gadsden Yeah, no. So Hayti. And don't feel bad because I feel like everybody gets it wrong when they first read it. It does read like Haiti, but it's Hayti. It is the Black section of I would say more like center-southerner. There's actually a Hayti historic center, which kind of documents both a congregation space but also a area that documents the history of that area. So it kind of runs between Fable street and Highway 55, in North Carolina. The Center is around there. A lot of Black businesses, the North Carolina Mutual Insurance Company is kind of connected to the Hayti center, a lot of Black elementary and middle schools ... Shepherd Middle School is around there. So a hub of you know, Black entrepreneurs and academia educators kind of in that areas, putting roots down. And that's where a lot of my family grew up in North Carolina.Brian Bienkowski And I'm guessing that Hayti, since you grew up there as a child, you don't know any difference, right? I mean, when you're a child, wherever you grow up, that's what you know. But what can you pieced together from growing up there? maybe it is how it affected you now or in your youth?Gabriel Gadsden you know, but maybe not outside so much of Hayti in my family. I... my dad was always big on you know, understanding the history of where we're coming from, you know, ancestors and whatnot. Understand the history of Durham. He was there when he was a child while his mother was in grad school at UNC in public health while his dad was in law school as well. And so, you know, he got to see Durham and Hayti in a very different light. And so, you're just kind of understanding that, you know, by the time that I was being reared in North Carolina, North Carolina Mutual had closed down its doors. And so that's kind of, you know, you can see in a lot of black areas of cities, you know, there's this really steep incline of entrepreneurship and whatnot, and then there's a decline, for whatever reason, whether there's a highway being built, you know, just kind of distant disinvestment into an area, it still had a lot of the history and the roots was still there, but it wasn't maybe as bustling as, as it would have been in maybe the 50s, 60s.Brian Bienkowski And where and how did science enter your life?Gabriel Gadsden Yeah, you know, I was most excited about this question. And I kind of molded over it and thinking about it. I think that for me, science was always a part of my trajectory, as it was a part of my life. And so I'll say this: growing up, I was diagnosed with a speech impediment that was in part because I couldn't hear, and I still can't hear out of my right ear. And so, you know, not being able to talk to kids, and not really being able to hear anybody, I kind of stayed in my own head, stayed to myself, but, you know, when you're wandering, you know, devoid of interaction with other kids, you find other things to interact with. And so my first thing was rocks, loved them loved how they looked, clean them, you know, put them in buckets, and had this rock collection. So you know, first thing was geology for me. And then I got a little bit older, and then it became PBS. So I was watching Zoom. And learning about chemistry didn't know it was chemistry at the time. But they were adding baking soda and sodium chloride and making gases. And so I would go into my parents’ bathroom probably wasted about $200 worth of product throughout that time period. And I was mixing Vitalis, and Listerine, and alcohol and hoping that I was making and make a discovery of some new chemical, some new gas. My mom had a bachelor's degree from North Carolina Central University. That was her first degree from there. And, you know, she said to me, "don't mix ammonia and bleach." As you know, she saw what I was doing, but they kind of let me stay off for myself after that it was Zaboomafoo. And, you know, I won't sing the catchphrase. But you know, you know, who do you see? Can you identify this mystery? What was this animal? and loved Animal Planet, "Top 10 dangerous," and all of these other shows just really captivated me when I was younger. And so you know, taking that into the classroom, being generally curious, not really having the foundations. And I think we'll get into that a little bit more. But in the last thing, I'll say, and why I say that science was just kind of always the part of me, was that I grew up and still am religious. And so in Christianity, what is my religion that I identify with, but you know, whether it's Judaism, Buddhism, Muslim, you will find environmentalism, ecology in the roots of them. And that's something that I've kind of come back to now here at Yale School of the Environment, a lot of connections with the Divinity School, and recognizing the similarities and recognizing that our morality is tied to the environment. And obviously, with traditional ecological knowledge, TEK, I think kind of making a resurgence in people's psyche, and the paradigm shift that we need to really get back to, quote-unquote, "roots" is something that I've always carried with me. There's tons of verses in the Bible that a lot more knowledgeable people could spout off in terms of connecting those two. And so I was filled with wonder when I was a kid, and it carried me to here.Brian Bienkowski Excellent. And you just alluded to this; you said, I remember this in your application. You mentioned that your primary education left you woefully unprepared to conduct research, which I don't think is an uncommon thing. I know I hadn't seen a scientific paper until graduate school. I didn't know what they were. So I don't think you're alone. But can you talk about this obstacle? And how you overcame it to go on to, right now, one of the most prestigious universities in the country?Gabriel Gadsden Absolutely, I'll start with this. I don't want that statement. You know, people hear it to say that I had bad instructors or teachers. My elementary school was filled, filled with amazing educators. I could name them, and some of them are still friends with me now. These were incredible people. But when it came to specialists, we had computer PE, art, and music. There was no science special. It was, there was one teacher at the school at the time, Mrs. Daniels, who had a classroom filled with animals and that was probably the closest thing we got to true science education at that time. Then I went to middle school and so obviously I've been watching these shows and asking my own questions, reading my own books. But it's just another step up now you're just learning about tectonic plates and geology, you know, kind of periods and whatnot, the Paleocene or Jurassic, kind of understanding that. But that stuff there I had already read. It wasn't fascinating to me. It was nice to be able to raise my hand and know that, you know, the question that kind of kept my interest in science. But we weren't learning the scientific method, we weren't looking at two different species and asking, Why is this one different, and whether or not we could change in the laboratory, we weren't getting any kind of hands-on experience. Same thing in high school. I didn't see science shown to a younger audience until I was a TA, and teaching assistant for Duke TIP, which is a talent program run by Duke University. And there I saw, you know, true scientific method building, trying things, failing, going back, you know, iterative process, that's kind of part of the science experiments that you see in laboratories. You know, went to a high school college. And so, I did get some early science classroom experience before going off to the UNC. But when I got there, you know, understanding how to navigate those classrooms, but also recognizing that there was a world outside of chemistry and biology, which just was not something that clicked to me, I think about it now, and I probably should have should have been an environmental science major, I would have had an easier time. You know, it wasn't until sophomore year that I realized that I was taking classes that were for pre-med, you know, doctors, and that's not what I wanted to do. I knew that going in. But I didn't know of other majors. And so it's it's kind of a multi-tier thing, both from the kind of primary education getting students prepped for the many fields that are going to be available to you as a college student, but also colleges recognizing and you know, I've seen I have some friends now who are in like STEM education, at the kind of academic level, and are trying to write papers and trying to understand what fails when they make that jump from high school to college. I think that there's some really good progress going on. But I think it's kind of a two-fold issue. One, a lot of the primary education, particularly in Black communities, don't have the money to bring in science instructors to do specials, or science Fridays and stuff like that. But then two, when you get to the university level, universities just aren't understanding that students are coming in from very different standpoints, and maybe have very different interest and maybe only thinks that biology is the only way to get into science, which isn't the case.Brian Bienkowski It's a great point. And I like to think that this program, not only is... the point is to show that scientists themselves are from diverse backgrounds and can be diverse people. But also that science itself is diverse. I think I grew up thinking that science; maybe, I think you were saying this kind of too, I thought of chemists, chemistry, beakers, and you know, the lab experience experiments and didn't think of social scientists or, you know, even forestry and fisheries to a certain extent, were things that I think if I would have been exposed to at a younger age, I would have said, "Oh, my goodness, yes, I want to do that! That's excellent" So yeah, those are excellent points. And I hope I hope some of this program is opening people's eyes to different types of cool science. So before we get into that cool science that you are doing right now, what is the defining moment or event that shaped your identity?Gabriel Gadsden So from a science standpoint, when I was an intern with the Applied Wildlife Ecology Lab, with Dr. Harris, Sam Harris at the University of Michigan, at the time, was the first time going and doing kind of forested wildlife ecology fieldwork. And I remember going into the forest and kind of seeing the light beams, and hot and sweaty – and had just climbed a hill and gone through the thicket– and I kind of emerged into this field and felt a spiritual connection, a birthing. You know, it was, it was truly a moment of great pleasure for me to knowing that I had finally done that, what I felt like my life was supposed to be, like was going out and collecting data and trying to then come back and share that data with with people. From a more personal standpoint... Maybe, man, my parents would have a different story. I know the story my dad would tell. For me, it was maybe a bit of a devotional, I was actually dedicated to God when I was seven. And I felt like I was always a good kid, I felt like I always had this connection, you know, we talked about a little bit earlier. But for me, it was this recognition that... humbling experience to know that I am just a small dot in this great big world, and a lot of it that we don't understand and that we have faith in it. We have faith in science, right, that we'll learn some of our answers, and we have faith in our religions. We have faith in humanity and our people. I think that was a moment, you know, being very young and actually just realizing that I'm just a dot in this, you know, kind of vastness, but I could make a difference. Clearly, people felt like I was making a difference in their lives within that, that congregation. And so I think, "oh, I can make a difference in this world. And whatever capacity I am," I've tried to carry that with me.Brian Bienkowski Excellent. That's an excellent, excellent couple of moments. And let's get into some of the research you're doing now in making that difference. And so I've had the good fortune to not only talk to you when you applied for this program, but we met in Philadelphia and talked about your research. So some of this I know, but some I don't. And I find it fascinating. So as you put it, it's kind of at the intersection of human health, wildlife, and energy justice. So can you, just off the top, tell us how these three fields merge in your research?Gabriel Gadsden How does it merge? It started when I was back an intern, and walking through the forest with with my advisor, Dr. Harrison, starting to ask questions about society, and how all this what it really meant, when it boiled down to it. Again, my dad and mom had instilled in me, you know, we need to stand up for what we think is right. You know, being just and being fair, and morality. Science was the path that I was taking. It wasn't like I was gonna go to law school, though my dad might still think that's a possibility. And the questions in ecology just weren't there. At that time, I don't think ecology –this was, you know, back in 2016, 2017– I don't think that they had really kind of saw that ecology could really be tied to social justice or social equity. And at that point, I'm really grateful that Dr. Harris kind of saw that and wants people to be great. So it's like, well, you should probably go into environmental science, try to find Dr. Tony Reams, who was at the time taking on students who does energy justice work. And I kind of made that pivot and knew at the time that it was a hard pivot. But it worked out. And I just had a text message kind of chat with Tony and just, you know, still believes in me, He still thinks that the ideas are great, and going to continue to do good things. But there, I was able to actually collect data that was directly tied or more visceral for people doing air quality data in an efficient housing. And so environmental justice is, you know, public health, public health is epidemiology, and you know, all these things kind of merge and mix together. And so recognizing that people were living in inefficient housing, and then had bad health, having this background in ecology with wildlife, and you know, how as a story goes, I was reading energy justice papers, and I was reading wildlife papers. And I thought to myself, "Oh, foxes, and other things like raccoons and bats live in people's homes. How do they get into those homes, though?" And then, you know, I just, you know, the literature, you know, they talk about these gaps in the foundation and inefficient walls. And so there's no insolation. So it becomes, basically just a nesting place for wildlife. And I thought, "Oh, wow, this is, it's pretty interesting." And, you know, lo and behold, there wasn't a lot of data on it. Now, I can certainly talk more about the literature that is there. But at the time, and still to a large degree, there is not any hard data about housing quality and wildlife and health and putting those two together, even though you know, wildlife, they carry zoonotic diseases that can be, you know, obviously transmissible to humans, that make us sick. And so, you know, it's kind of becomes this double jeopardy of if you have wildlife that are in your house carrying diseases and you're already in poor health because of your inefficient housing, what that could mean for public health crises? and kind of being cost effective. If there's a solution to multiple things, we should probably champion that solution. And I have to thank Dr. Grove for that, in the urban ecology class that I just was a teaching fellow for, understanding this complex nature of problems. And if we don't think complex, you know that they are complex problems, and there's multiple ways of entering the issue, then we're not going to get very far.Brian Bienkowski And just on the ground level, what does this research look like? How do you conduct a study that examines both energy inefficiency and rodents?Gabriel Gadsden Yeah, so, as a first year, as then, last year, first-year Ph.D. student or someone trying to get into grad school, I thought I was going to save the world and then realized, no, it wasn't realistic. But you know, we have an unlimited supply of plunder, right? Um, I thought I was going to talk to some people in Philadelphia; they were going to let me into the house, we were going to get all this money and do home interview scores. ATS is, and then we're going to trap inside. And then we were going to retrofit with another $15,000. And then do a before-and-after controlled trial. None of that happened or didn't happen yet. We were still optimistic that some of those things would happen in time. And hopefully, you know, the funders who are listening to this will recognize the importance of this. But the reality is that we're starting outside, you know, Philadelphia. While they do have vector control, Philadelphia has not kind of systematically kept ties with, you know, what the pathogens are, and where the rodents are in the city outside of 311 calls. And so hopefully working with them to get them just kind of more data, where the rodents in the city, I think it's kind of the first question and what environmental variables, you know, both, you know, trash receptacles, Park size, you know, trash on the street, housing, type of housing stock, is attributing rodent populations, or is increasing or decreasing rodent populations, excuse me. I think that’s, so that's the first step. And then the second step is to then, you know, ask for in these neighborhoods, collecting rodents making contacts, hopefully, we have a meeting tomorrow with 57 Blocks, which is a gun violence advocacy kind of research group out at the DA office in Philadelphia, recognizing that some of these issues with what is attracting rodents in cities, also could mitigate or increased gun violence. And so I say that to say, you, you work with people who are already doing great work in the city on different issues – Philly Thrive and other folks that are doing EJ work – And hopefully, by those connections and those collaborations, then they will say, "Oh, yes, this person, it would love to talk to you about this research." And that's how we're going to get into homes.Brian Bienkowski So to zoom out, we're talking about cracks in the foundation are problems in the home that are first leading to energy inefficiency. So maybe your bills are higher, your house isn't as warm, your house isn't as cool. And then the second part of that is rodents are able to get in. And what kinds of diseases or health problems are we talking about when we think about rodents getting into people's homes?Gabriel Gadsden So first is childhood asthma, allergens that are already so if you're in a low income area, you likely maybe have some type of power plant or some type of industry that's near you. So you already have those pollutants getting into your home more because it's inefficient, or for whatever reason, you have higher rates of asthma, and now you add on allergen load from mice and rats, so that's going to be exacerbated. So, you know, more ER trips, more money spent on inhalers and other types of treatments. There's also the issue of leptospirosis, which, and hantavirus, s more in the west right now. And I'm not going to get into kind of the debacle of funding that research in cities or in other areas outside of the West. But but certainly those are kind of the two main ones. There's also typhus –plague is still in Detroit.Brian Bienkowski and I have to imagine that there's a mental health, stress component to this. There's social stress, I mean, the idea of maybe you don't want to invite people into your home when you know you have an infestation. So I can see this kind of spider webbing outside of the very acute, physical, physical illnesses into mental and social struggles. So I don't want to place blame here and I know this is probably a large issue with some historical roots. But who's to blame? What is the... why is this historically been a blind spot for regulators, housing officials and others?Gabriel Gadsden 1950s was a really big time. I don't know the researcher's first name but Davies, I believe it's his last name, did a lot of work in Baltimore. There's a lot of really great case studies in Budapest and some other cities of like kind of rat-proof towns that brought population levels of rats down to less than 1% of their historic numbers. Even in Philadelphia in the 1940s, they have their first really big campaign about getting rid of rodents. And then in the 1960s, the mayor kind of created the rat control group, and that rat control group, you know, said, you know, that we will not take the job, if you do not seal up all the cracks in any, you know, in your home, you know, essentially, you know, back then maybe they didn't think about is energy efficiency of sealing up your envelope and the energy inside it, you know, get that, but it makes sense. But life happens, policy change, you know, turnover, it's a lot easier to say, you know, put out bait blocks, and rodent trapping, than to actually do systemic change. We see that time and time again. Actually, solving an issue takes coordinated efforts between many different factors from public health, to housing and development, to parks and rec, all coming together at that table. And cities are not willing to make that choice, at least in America right now, major cities, I'm not going to bash on any politician. But if you follow New York politics, you would have received like a rat czar job posting recently. And the reality is, you know, all the memes where, you know, Charlie Day from Always Sunny Philadelphia, kind of what's his kind of mace-bat-like situation that's gonna go, get rid of all the rodents. And that's not going to work. You know, it’s, and it's not just sanitation, is not just sealing up the home. And it's not just getting rid of vacant lots. It's all of those things at once, across a large scale in a city. And so until we're ready to put up that money, allow natural predators into our cities and kind of coexist with nature in a healthy way. And I don't think that you know, so, you know, really, really comes down to is political will and resource allocation. I mean, most researchers will say, you know, that's a lot of the issues. And if you throw money out enough, it'll fix itself, and you get the right people in the room. But right now, we just, there's really great researchers. Jason Munchie. I'm drawing a blank. But even Merkin Rosenbaum. These are people who are doing rodent research right now. And certainly know more than I do. But I think would advocate the same thing that is a, you know, you have to have this team of teams. To quote Dr. Grove, Morton Grove, if you don't have this team of teams, you're not going to solve the issue. And so cities have to really be ready to sit down and bring people together and spend the money.Brian Bienkowski What makes you hopeful about this? you mentioned some researchers who are doing very good work. Are you seeing any on-the-ground movement in Philadelphia or beyond? What makes you hopeful and optimistic?Gabriel Gadsden Yeah, I mean, Matt Fryer, another researcher, just trying to create like this really handy, simple rodent tool you can kind of put into cracks and understand whether, you know, it is susceptible to being infested by rodents. So you have this, you know, research-entrepreneurship, kind of burgeoning space, you also have new sensors, with Rat Mo, there are different technologies that are trying to get up, you know, making sure that we spend money in an efficient manner. As much as I don't think the idea of a rat czar going to work, the fact that, that that is a possibility that, you know, maybe the right person that's in that position could really make a change if they're kind of advocating for all of these different methods and allocating funds in the right spaces. I also think that there's maybe a little bit of a change in public perception... I kind of write and so I'm working on, you know, Environmental Health News with you and Maria, that, you know, it's time that people stop accepting this as the normal and I'm seeing that more and more maybe that's because I'm in this space. But I certainly think that as it gets out of hand again, I think COVID-19, and this kind of increase in route and sightings people at home are recognizing that, you know, they're out during the daytime, they're out during the night time, they're, you know that the squeaky wheel is going to get squeakier. And so I think I'm seeing a little bit more of that. I certainly know all of my friends know about it more. And so they send me a lot of papers and different articles from different fields, kind of hinting at this as well. And so I think that does make me optimistic. You know, I certainly have gotten some great responses for my work and so recognizing that people see this as a, as a serious issue, I think it will only get easier to advocate for true rodent exclusion or reduction of populations in an impactful way.Brian Bienkowski Yeah, sometimes a big first step for any of these kinds of wicked issues is just awareness. It's a good, it's a good first step. And speaking of that, so I know after I talked to you about your research, it seemed very intuitive, that these problems would be linked, but it is different and intersectional. And I'm sure you've had to explain it to folks, I'm wondering if you just have any tips for scientists interested in learning to better communicate.Gabriel Gadsden After just giving two presentations, two final presentations, I should have practiced more and everybody in my lab as a practice, you know? giving a talk to very different fields also helps. You know, most people don't study rodents, particularly in ecology, or at least well, urban ecology, just because they're not considered wildlife. And so you have to talk to the epidemiologists who are in a very public health, atmosphere or medical research. And so you have to link these things, even this idea of, you know, retrofitting versus, you know, sealing up the envelope, what word you use? those choice words, getting rid of the jargon, paring it down writing different grants, and then writing research talks, and then writing an academic article about it, you're putting it in very different ways. And you find out what works and what clicks with people. Just keep harping on it, if you believe in it, you know, the right words are going to come. And, you know, the same thing as you're reading widely talk to as many different groups. Because they know, someone in social science may say, "this is a word that would really clicked with people."Brian Bienkowski I also think starting off, as you as I've heard you do, with just kind of how this affects people is a very tangible way to make these issues click with people. I mean, we've all, most of us – I had a mouse in the house the other day – I mean, this is, this is common, this is a common thing that a lot of people have dealt with, maybe not on the scale that you're researching. But I think starting with, how does this impact people and their health is a really good starting point. And I've seen you do that. So of course, you can't be out there chasing rodents and looking at foundations all of the time. I happen to know you're a golfer. So what is... I don't know if it's golf weather out there if you're getting a bunch of snow, but when you are able to golf, do you get out much, and what's your handicap these days?Gabriel Gadsden I do get, I get out as much as I can. Yale is really generous and allows students to play at a discounted rate after turn hours. And so I'll go over there, it's a great golf course. And handicap, you know, I'll say this, there are no pictures on a scorecard. And that can work in a good way or a bad way. What I'll say is that I can get some pars most of the time. I'm shooting bogey, every now and again. I'll get a double bogey or triple bogey more often than I'd like. But if I were doing like a two-man scramble, I wouldn't hold you down as badly as you would think.Brian Bienkowski Before we get you out of here today, I have three rapid-fire questions that are supposed to be fun. Hopefully they are fun, where you can just answer with one word or a phrase. So the first one is, what was the highlight of the past year for youGabriel Gadsden was able to go to... see my family. You know, I don't get to see them often. And so in spending any time with my dad and playing golf with my brother. It's always a treat seeing my nieces and my nephews is always fun; being with themBrian Bienkowski For sure. The best concert I've ever been to was Gabriel Gadsden Oh, two. So Mick Jenkins not maybe a conscious rapper but a little bit less conscious. Really fun and authentic feeling, and then Jidenna, the '85 to Africa tour was really great. I'm a small concert like... I'm huge I love going to concerts. I like going to the smaller ones. I don't think I'll ever go see Beyonce or Drake. But the 30,000 people do It doesn't seem fun.Brian Bienkowski That makes, that makes two of us this, the more intimate concerts are, well, they're more intimate. You get to see and feel things in a much different way. I totally agree. And last question every day I look forward to blank.Gabriel Gadsden Being a good person, trying to be a genuine and caring person, I think, sometimes can throw people off. Like, what's up with this guy? But I hope that I hope that people who know me and or will meet me now this is just as genuine as I can to be nice.Brian Bienkowski But I sure hope being kind doesn't spark too much skepticism among people in your life or beyond. Because it's, it's something I felt from you, and I think it's it's a good thing. We should all be kind and genuine. So last question. I've been asking everybody, what is the last book that you read for fun?Gabriel Gadsden Cool. The last book I read for fun. I have to I pulled them off-site, so I won’t butcher their name. So the one I actually just finished was The Age disaster, the failure of organizations in New York and the nation. Great book, quite old, at this point. 1990 was published, but still is very salient, particularly because of the COVID-19, the climate disaster, I mean, you name it, there's a lack of, of coordination and whatnot. So yeah, go go get that. And that was like a free book lying around that I had just picked up from the department. And then, the other book is Fighting the good fight: The militarization of the civil rights movement. And so I'm currently reading that, and I've had some really good conversations because there's something to be said about whether or not we should be using this language. Is it helpful? Is it actually more harmful because of traumatic kind of imagery that comes with militarization? I'm still debating that myself, but I certainly find it a thought-provoking book, if not a bit challenging for a person to kind of wrap their heads around. So I've been asking people, you know, that's my question now at talks. Hey, should we be using this language? Is that hopeful to take that militarization of civil rights to the militarization of climate justice, and whether or not these campaigns and precision and training and communications, those types of things that make campaigns go well, should be co-opted?Brian Bienkowski Excellent. Sounds like a thought-provoking book. And speaking of thought-provoking, you can find Gabriel's essay soon out on ehn.org, where you can learn more about his research. And we'll be sure to get that in front of readers and listeners, Gabriel, thank you so much. We're doing this today. It's a pleasure having you in the program.Gabriel Gadsden Thank you so much. Have a wonderful day. And thank you to everybody who's listening.

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