The National Aeronautics and Space Administration (NASA) recently unveiled several initiatives in order to achieve President Trump’s National Space policy as outlined in the “Ensuring American Space Superiority” executive order on December 18, 2025. The most notable development of the order included plans to build a base on the Moon [1]. These plans represent America’s venture into the most far-reaching frontiers of space, as the endeavor pushes beyond what was previously believed possible in science. However, when situated in the broader context of heavy federal budget cuts for scientific agencies, Trump's plans for space have some startling implications. Firstly, the plan reveals the dichotomy of Trump's varying interests in space, as although NASA is attempting to meet his space objectives, Trump has revealed devastating cuts to NASA’s funding to be enacted in the coming years, significantly hindering any work the agency might complete. Additionally, the moon base has the eventual plan for permanent human settlement, which begs the question of whether we can expect human colonies in space to exist within the near future, and in that same vein, whether they might be necessary, as global climate change continues to accelerate on Earth. 

Current Space Goals

The executive order outlined the goal of creating a space base on the moon as a foundational project that will then give way to journeys to Mars and other planets. The order also stated that a primary concern with the mission is to ensure sustainability and cost-effectiveness within the project in order to represent the country's national and economic interests [2]. Economic concerns encapsulated within the project are largely consistent with the president's focus on Americans' economic interests. Details in the plan also reflect the fact that the executive order and its grand goal of establishing a sort of “superiority” as the president refers to it, are meant to portray the president in a positive light, as a champion of science and citizen interests in every frontier—even space. Such details include several scientific innovation projects set to take place on the moon's surface. These innovations range from the development of liveable infrastructure on the moon's surface to the development of low-orbit defense technologies [2]. These technological goals, included in the Space Superiority plan, are rather lofty in scale and intentionally grand to portray Trump as a leader promoting American technological innovation and progress, despite the fact that his actions regarding budget allocation hinder planned development. 

Two primary technological innovations detailed in the plan include the development of enhanced defense technologies and the implementation of sustainable infrastructure in space, each intended to portray President Trump as a champion of American interests. Technological defense developments, such as the pioneering of space-based security in low orbit, despite being a technological innovation, reflect the administration's primary concern with militaristic pursuits. The implementation of sustainable infrastructure in space, the improvement of Earth's weather forecasting, and space-level power generation through the establishment of nuclear reactors on the moon's surface, suggest the illusion of care for experimentation in the realm of power generation. These two sub-interests included in the executive order’s planning represent potential technological innovations associated with the upcoming project and will undoubtedly benefit the broader American citizenry.

NASA Funding Cuts and Increased Defense Budget

Innovation in the modern era is not without cost, as the project carries an expected $30 billion price tag—a hefty sum for NASA to spend on a single endeavor, given NASA’s yearly budget over the past several years has hovered around $24 billion [3]. With expected budget cuts reducing NASA’s 2027 budget to around $18 billion, it is unclear whether NASA will be able to successfully implement the president's executive order. Furthermore, previously mentioned increases in the allocation of funds to defense spending may further complicate the goal of a moon base, as a new budget deficit in the realm of science complicates the view that President Trump actually cares about American colonization of the space frontier. Such begs the question  of if the whole plan is merely a publicity stunt, and his true focus remains with American superiority in the military realm. 

The proposed 2027 federal budget contains several alarming features. The first is massive cuts to most scientific organizations, with a 52% cut to the Environmental Protection Agency, a nearly 40% cut to the US Geological Survey, and a 23% cut to NASA [4]. The proposed 2027 budget maintains similar reductions in budget allocations for most federally funded organizations involved in scientific development, many of which conduct the type of cutting-edge research that has made the US a giant in the realm of academia. Budget cuts to these fields represent a lack of prioritization for these defunded institutions' scientific endeavors by the Trump administration, and are even more concerning when compared to the expected $1.5 trillion increase in the country's defense spending [5]. Financial cuts to NASA reflect a larger pattern of the Trump administration caring very little for American scientific pursuits, despite the immense benefits these institutions bring to the citizenry. The moon base should reflect goals pertaining to scientific innovation and further experimentation in the great frontier of space. Without proper funding, it is merely a novel idea that has been overshadowed by supposed militaristic needs, stifling its realization. With no valid threat to the United States' domestic safety at this point in time, and given that President Trump has outlined extremely ambitious goals for scientific development, including the establishment of a moon base, budget changes for the coming year reflect performative prioritization. More pressing issues face the US on scientific fronts, as represented by its space plan—namely, the threat of climate change and its dastardly effect on the American landscape, as fire, flooding, and large increases in temperature impact the average lives of American citizens significantly more than any foreign conflict does [6]. 

A Contradictory Picture

With regard to the NASA budget cuts specifically, the expected 23% gross decline is confusing, given that the president requested a $1 billion increase in the agency’s allocation for the Artemis program. The program is specifically concerned with returning to the moon to perform a series of experiments, and eventually establish a semi-permanent, if not completely permanent, base on the moon [7]. The moon base plan reflects the President's competing interests in space and, in a broader sense, suggests that while the pursuit of a lunar habitat is a priority for the administration, other scientific pursuits, specifically on Earth, may not be perceived as important. The goal of a moon base may prove, over time, to be more of a flashy publicity stunt, as NASA's annual budget pales in comparison to the whopping $30 billion estimated price tag for the space project [8, 9]. While the project would presumably be ongoing for the next several years, the reduced $ 18.8 billion-per-year budget would spread the agency quite thin if it did not cut its other programs. As such, there are few plausible interpretations of the plan in light of the reduction of scientific budgeting. First, the plan is merely a quick grab for news headlines to paint Trump’s presidency in a more positive light. Secondly, the plan is one of poor thought that stretches an already lengthy building and establishment process even longer. Finally, and perhaps more likely, the plan represents a mixture of both. Regardless, the proposed budget is significantly too low to successfully implement the lunar development programs, let alone the complexity of human settlements and the subsequent infrastructure. Even if the project continues on its current plan, it is unlikely that the development of the moon to the point of supporting colonies will occur in the near future, nor will many of the proposed technological innovations in fields such as weather detection. However, if the plan were to move forward, the increase in defense spending could be seen as suggesting that a priority would be placed on developing low-orbit defense technologies, as technological innovations in the realm of security would remain consistent with the administration's emphasis on militaristic pursuits in its budgeting. 

NASA’s Extensive Vital Work and Trump's Lack of Care

Beyond outer space, NASA has made significant contributions to a broader understanding of climate change since the 1960s. Specifically, through its Earth Science division, NASA collects data on global temperature increases, CO2 emissions, and emerging weather patterns to provide informed advice on climate change in the modern era [10]. As such, the agency is at the forefront of understanding the impending desolation the planet can expect as greenhouse gas emissions rise and environmental damage multiplies. Specifically, NASA’s satellites have tracked an increase in wildfires across the United States. The trend suggests that the American landscape may be changing for the worse, and, as many countries are experiencing similar precarious environmental phenomena, migration has been on the rise [11]. The pattern of increased migration suggests that a growing percentage of the planet could be deemed uninhabitable within the next millennia, and humans may need to consider new ways to adapt. While historically much of this adaptation has simply involved the migration away from desolate farmland to urban cities, or in more drastic situations, migration across international borders, as unlivable hot zones increase across the United States due to rising temperatures and subsequent drought and decrease in agricultural productivity, there will be fewer and fewer places for people to turn. Lest the few US cities in colder, more amenable climates be overrun, the possibility of space colonization has been taken more seriously in academic circles. Trump’s introduction of the plan for a moon base is consistent with broader consideration of the need for human settlement to relocate to otherworldly spaces in the future. While that may not have been his ultimate intention in introducing the plan, the implication is that, as climate change continues to wreak havoc on citizens across the United States, regardless of lifestyle or geographic location, space exploration has renewed urgency. 

Humans may, in the wake of climate degradation, continue to migrate away from highly impacted areas, suggesting that while we’re expanding scientifically in the realm of space, we’re woefully neglecting the more pressing issue of climate degradation on Earth. Given NASA’s position as a leading American body in the study of climate change and its human causes, any discussion of progress in the era of global warming would likely include NASA research. The notion of NASA’s immense value is why the motivations behind President Trump's budget cuts to NASA and other science-related funding are so complex: they can be seen as directly inhibiting further research and infrastructure development to help Americans adapt to climate change. 

As previously mentioned, as adverse environmental events have become more common in the modern era due to severe climate change, human migration has sharply risen as well. Northern, colder areas have become overwhelmed by the influx of displaced individuals as migrants continually move north in the hope of finding relief from the agriculturally barren and inhospitable lands their ancestors had called home [12]. As such, human settlements in space have become a very real consideration rather than the novel sci-fi idea it once was in the 1900’s. Various agencies besides NASA, such as SpaceX, have begun experimenting with ideas for creating habitable conditions for humans to live on the Moon, Mars, or even Venus within the coming generations. While various strategies have been proposed to create these human colonies in space, such as terraforming the surfaces of these bodies to more closely mimic Earth conditions, budget remains a primary inhibitor of further progress [13]. These theoretical settlements would require significant testing and exploration before they could be trusted with human life, which would require large-scale federal funding. As President Trump continues to reduce funding for scientific pursuits and climate change solutions as a whole, the practical implementation of human settlements among the stars is unlikely to keep up with the scientific belief that these settlements could be feasible, and, moreover, needed. Furthermore, the unrealistic plan supports the view that the whole moon base plan is largely performative. The plan itself is designed to be attention-grabbing, and, as the Trump administration has failed to demonstrate adequate support, it serves merely as a propaganda distraction meant to draw attention away from Trump’s plethora of controversial orders and decisions. 

A Culminating Vision

Altogether, the implications of our present government's plan to establish a space base on the moon are chaotic. Firstly, the moon base plan perpetuates the idea that our current environmental landscape, the same one that has supported human civilization for all of history, is one that is destined for ruin, at least in the eyes of our current administration. The blatant refusal to support scientific efforts in research and creation of climate adaptive technology or infrastructure as exemplified by the cutting of nearly all major US scientific administrations within the federal budget, coupled with an executive order outlining the creation of a moon base, a long fabled part of modern scientific imagination, paints the picture that Trump is seeking a headline rather than a viable solution to public ecological duress. While the President's intentions with the project are clearly to make a quick grab for notoriety over other nations in the new frontier of space, the moon base also carries the intriguing implication that scientific advances in techniques such as terraforming could become a reality rather than merely a scientific fantasy. The realization of these technological goals will, of course, require more thoughtful funding, which is unlikely under the current administration, but the moon base plan provides hope that there is plausible scientific advancement that could lead to the mitigation of adverse consequences of climate change on human life, even if it comes at the cost of our current planetary body of residence.