Today鈥檚 K-12 students are facing an existential crisis, and they are painfully aware of it: Climate change is scarring the planet鈥攁 consequence of the industrial economies that have developed over centuries. Western science and technology have powered industrial development, exploiting fossil fuels, which are a major source of anthropogenic climate change. STEM industries must be held accountable. STEM fields need a transformation from the K-12 classroom to the boardroom.
Teachers, parents, and policymakers have a vested interest in ensuring a livable environment for our children. But if the adults cannot meet the challenge of reversing environmental degradation, then we鈥檙e preparing our students for a grim future.
The challenges for STEM鈥攕cience, technology, engineering, and math鈥攆or students of color are especially stark. For generations, communities of color have disproportionately borne the brunt of environmental hazards, a form of racism caused by industrial disregard for human life. There are too many cases that prove it. Here are just two examples: More than close to the Navajo Nation have led to the deadly contamination of the environment, increasing the risk of cancer, kidney disease, and other health problems. An 85-mile section of the Mississippi River in Louisiana, known as 鈥� where , is home to 200-plus petrochemical plants and refineries, emitting pollution 47 times the acceptable Environmental Protection Agency rate.
Ask yourself which side of town includes the sewage works, mines, landfills, power stations, major roads, and emitters of airborne particulate matter? Many people of color, especially those with lower incomes, live in neighborhoods that are hazardous and toxic.
Yet, we still ask students of color to show up to school, navigate through carcinogens on their way in, and somehow perform academically鈥攅ven as their . In spite of every obstacle, these students achieve while enduring disproportionately poorer respiratory health and overall physical fitness, higher levels of psychological stress, and prolonged exposure to air pollutants鈥攁ll of which negatively affect their cognitive development.
Environmental racism not only impacts the way communities of color live their daily lives but also how many of those days they get. According to , for most cancers, African Americans 鈥渉ave the highest death rate and lowest survival rate of any racial or ethnic group鈥� in the country, even as the gap is narrowing between African Americans and white people. More specifically, the cancer society found that Black men have the highest overall incidence of cancer and Black women outpace their white, female counterparts in per capita cancer rates.
This does not bode well for our young people. It also raises questions about the current incentives that students, particularly those of color, have for entering the STEM fields.
What must we do to change this narrative, to create fresh incentives for students who might otherwise turn their backs on STEM opportunities?
To start, there must be a cultural shift within STEM fields across industry leaders and in education. And we need a reevaluation of practices and policies governing STEM and how to promote careers in those fields.
At the industry end, policymakers and legislators need to reflect on the sobering realities and respond proactively. The implementation of strict environmental policies, requiring regulations and zoning laws designed to protect vulnerable communities from the harmful effects of environmental racism should be prioritized. The role of public opinion and its nuances is critical in shaping climate policy. Black voters and voters of color are massively underrepresented in national surveys on climate change, creating a distorted picture that prioritizes the preferences of white voters鈥攁 significant oversight, given that communities of color are often the most impacted by climate impacts. And recent reflects that Black voters are not only more concerned about climate change than other groups, it ranks higher than their other concerns.
The STEM establishment needs to consider who it is hiring, other than white men: compared with men. And consider the racial composition of Big Tech company teams. According to a , Black employees constitute just 6.3 percent of the technical workforce. Major tech companies like Google, Microsoft, Facebook, and Apple continue to than their representation in the general population鈥攂etween 1.5 percent and 9 percent vs. roughly 13.6 percent respectively.
This poor record on diversity harms us all.
Diversity of thought, background, race, gender, and ability are not just nice to have, they are a necessity for innovation. If we want a new STEM landscape, one that prioritizes the planet and people over profits, one that invites Black students and students of color in, then we need to start with the first years of STEM education. The full transformation of industries does not end with adults, whose values are already established. It starts with STEM students.
STEM educators can help students develop strong values around equity and inclusion, for example, by recognizing the historic contributions of STEMmers of color like Robert Bullard, known as the 鈥渇ather of environmental justice.鈥� Bullard used scientific and statistical analysis to prove the disproportionate impact of harmful environmental policies on Black communities and other communities of color. Thomas Mensah, one of the innovators of fiber optics technology, is known for revolutionizing telecommunication and information technologies and creating more energy-efficient technology infrastructure. Gladys West played a crucial role in developing the calculations that enhance the accuracy of GPS technology, which is now used to monitor environmental and conservation efforts and disaster management and mitigation strategies.
Educators can be aware of鈥攁nd challenge鈥攕tereotypes that claim STEM for boys only or for white or Asian students more than others. And they can lead by example, examining their own practices and modeling behaviors that include all students.
Without radical change beginning at the K-12 level, STEM fields will fall short of creating the innovations that will make our world better, safer, and cleaner. The change begins when we see new faces in the C-suite, among first-generation scholars leading research, and when people of all shades and colors have a valued and respected seat at the table. But this radical change also begins with small steps in K-12 STEM classrooms.
A fight for diversity in STEM education is a fight for its future as a bridge to lifesaving innovation. And that is a battle I鈥檇 fight any day.
