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Black Student Unions Under Pressure: How They Support Community on Campus

Black student unions face funding cuts and policy pressure, but remain vital for Black college students’ sense of belonging, community, and advocacy on campus.

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Black student unions are under pressure – here’s what they do and how they help Black students find community
Members of the Black Student Union at Kutztown University in Kutztown, Pa., march in a protest in April 2015.
Ben Hasty/MediaNews Group/Reading Eagle via Getty Images

Black student unions are under pressure – here’s what they do and how they help Black students find community

Antar A. Tichavakunda, University of California, Santa Barbara

Black student unions have been a vital part of many Black college students’ lives for more than 60 years. But since 2024, Black student unions have lost their institutional support, campus space and funding with the rise of anti-diversity, equity and inclusion laws in Utah and Alabama.

Black student unions now face a new wave of pressure, as more than 400 colleges and universities under the Trump administration have rebranded or eliminated programs and centers that promote diversity, equity and inclusion.

Amy Lieberman, education editor at The Conversation U.S., spoke with Antar A. Tichavakunda, a scholar of race and higher education, to better understand what Black student unions are and how they influence Black students’ experiences in higher education.

A large group of young people dressed in formal clothing all pose together and smile.
Members of the Black Student Union at Johns Hopkins University pose for a portrait in Baltimore in 2004.
JHU Sheridan Libraries/Gado/Getty Images

Why are Black student unions important, particularly for Black students?

Aside from Black fraternities and sororities, Black student unions were among the first ethnic student organizations at colleges to be established. A group of students started the first Black student union in 1968 at San Francisco State University. This happened during the Black Campus Movement, when Black college students advocated for themselves, making demands for resources, respect, spaces and programs to support Black student life. At the time, Mariana Waddy, a student at San Francisco State University and the first president of a Black student union, said, “This college had done little for Black students except try to whitewash them.”

Black students wanted to make the school more engaging and responsive to their needs.

Today, these student unions are essential for Black student life on college campuses. They offer a place of belonging, where Black students can figuratively exhale from a predominately white campus or student environment. Black student life on campus isn’t a given – just because there are Black students, it doesn’t mean there is a Black student community. These unions allow Black students to come together as a community.

What do these unions look like and do, day to day?

Black student unions largely operate independently. They have various events, like cookouts and parties. If a campus is dealing with an issue or some kind of racist occurrence, for example, Black student union leaders will come to the forefront to be an advocate for Black students. They try to engage with students and university leaders on whatever is happening.

How are political pressure and policy shifts influencing these unions?

The University of Utah and the University of Alabama announced in 2024 that they would no longer fund or support their schools’ Black student unions. Universities typically give these unions a certain amount of money, as they do with other student-led groups. With this funding pulled, it is going to make it harder for Black student unions to exist. Where are they going to meet? Will they have to pay for a place to meet off campus?

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And if you want to encourage students to come to Black student events, you will likely want to have food for them. If you want to arrange a trip to a conference or host a movie night, those things cost money and require space.

These cuts have drained time, energy and resources from Black student unions.

Now, Black student leaders are filling gaps where funding, staff, spaces and infrastructure used to exist to support and meet the needs of Black student life.

The Trump administration’s attempts to remove funding from and shut down diversity, equity and inclusion programs could lead Black student union leaders to act as unpaid diversity workers if and when these positions at universities are eliminated.

This work also involves organizing social events and support services for Black students. It means continuing to creatively advocate for Black student needs.

Full-time students leading Black student unions now find themselves doing unpaid labor that helps sustain Black communities and the universities that profit from them.

How exactly are universities profiting from Black student unions’ work?

Here’s one example: I observed a university tapping student leaders from a Black engineering group to represent the university’s school of engineering at public events. These leaders might have had to skip class or lose study time to be available for this event. But the university wanted other people, including prospective Black students, to know that there were already Black students at this school.

Black students in these positions have mentioned to me that sometimes administrators will pressure them to show up for panels and other events as a form of marketing. I think most of these requests are well-meaning. But I also know that Black student representatives and leaders place pressure on themselves to also show up for their community and school.

Their presence and visibility help universities have a more welcoming environment. They have an active, vibrant community because of Black student unions and leaders. Organizations like this create community and lead to more positive experiences for students. This joy can lead to more students staying in school.

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If I am a Black parent touring a college with my child and don’t see any Black students participating in the tour or on campus, that sends a message to a prospective Black student – will I, or my child, belong here?

What message are Black student unions receiving with these policy shifts?

I think the message to Black student unions is that you all have to fend for yourselves. That is what inequality is all about, having different expectations for different students.

Cuts to diversity, equity and inclusion work signals to Black students that they are not valued and that, if they want to have meaningful experiences as a Black student community, they will have to do this work themselves. You can discern an institution’s values in their budget priorities. If there is nothing being materially invested in Black students, how can you say you support them?

My research shows that Black students act independently to achieve their goals. They create places of joy and belonging for themselves and others, navigating institutions to create full, dynamic lives.

Black students have historically played the cards they were dealt, even if they were inequitable. They have worked to create traditions and lives within and outside of higher education’s campus walls. Some Black student unions may look different going forward, but I have full faith they will continue.

Antar A. Tichavakunda, Associate Professor of Education, University of California, Santa Barbara

This article is republished from The Conversation under a Creative Commons license. Read the original article.

The Bridge is a section of the STM Daily News Blog meant for diversity, offering real news stories about bona fide community efforts to perpetuate a greater good. The purpose of The Bridge is to connect the divides that separate us, fostering understanding and empathy among different groups. By highlighting positive initiatives and inspirational actions, The Bridge aims to create a sense of unity and shared purpose. This section brings to light stories of individuals and organizations working tirelessly to promote inclusivity, equality, and mutual respect. Through these narratives, readers are encouraged to appreciate the richness of diverse perspectives and to participate actively in building stronger, more cohesive communities.

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The Knowledge

Mosquitoes carrying malaria are evolving more quickly than insecticides can kill them – researchers pinpoint how

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file 20260319 57 o1tmci.JPG?ixlib=rb 4.1
Anopheles darlingi, a key carrier of malaria, is rapidly evolving resistance to insecticides. Romuald Carinci and Pascal Gaborit/Duchemin lab/Institut Pasteur de la Guyane, CC BY-SA

Jacob A Tennessen, Harvard University

The fight against infectious disease is a race against evolution. Bacteria become resistant to antibiotics. Viruses adapt to spread more quickly. Diseases transmitted by insects present another evolutionary front: Insects themselves can evolve resistance to the poisons that people use to kill them.

In particular, the mosquito-borne disease malaria kills over 600,000 people annually. Since World War II, people have battled malaria with insecticides – chemical weapons intended to kill Anopheles mosquitoes infected with the Plasmodium parasites that cause the disease.

However, mosquitoes are quickly evolving counterstrategies that make these insecticides ineffective, putting millions of people at greater risk of deadly infection. My colleagues and I have newly published research showing how.

Insecticide resistance threatens public health

As an evolutionary geneticist, I study natural selection – the basis for adaptive evolution. Genetic variants that best promote survival can replace less advantageous versions, causing species to change. Anopheles mosquitoes are frustratingly adept at evolving.

In the mid-1990s, most African Anopheles were susceptible to pyrethroids, a popular type of insecticide originally derived from chrysanthemums. Anopheles control relies on two pyrethroid-based methods: insecticide-treated bed nets to protect sleepers, and indoor residual spraying of insecticide against the walls of homes. These two methods alone likely prevented over a half-billion cases of malaria between 2000 and 2015.

However, mosquitoes today from Ghana to Malawi are often able to survive insecticide concentrations 10 times the previously lethal dose. Along with Anopheles control efforts, agriculture also inadvertently exposes mosquitoes to pyrethroids and contributes to insecticide resistance.

In some African locales, Anopheles is already showing resistance to all four main classes of insecticide used for malaria control.

Close-up of mosquito on human skin with abdomen engorged with blood, a droplet extruding at its end
Anopheles mosquitoes are found all over the world. Jim Gathany/CDC

Adaptation in Latin American mosquitoes

Anopheles mosquitoes and the malaria-causing Plasmodium also occur outside Africa, where insecticide resistance is less well-researched.

In much of South America, the main malaria vector is Anopheles darlingi. This mosquito species has diverged evolutionarily from the African vectors so extensively that it might be a different genus, Nyssorhynchus. Along with colleagues from eight countries, I analyzed over 1,000 Anopheles darlingi genomes to understand its genetic diversity, including any recent changes due to human activity. My collaborators collected these mosquitoes at 16 locations ranging from the Atlantic coast of Brazil to the Pacific side of the Andes in Colombia.

We found that, like its African counterparts, Anopheles darlingi shows extremely high genetic diversity – more than 20 times that of humans – indicating that very large populations of this insect exist. A species with such a vast gene pool is well poised to adapt to new challenges. The right mutation giving it the advantage it needs is more likely to pop up when there are so many individuals. And once that mutation starts to spread, it’s protected by numbers since it won’t be wiped out if a few mosquitoes die by chance.

In contrast, bald eagles in the contiguous U.S. were never able to evolve resistance against the insecticide DDT and approached extinction. Evolution is more efficient among millions of insects than mere thousands of birds. And indeed, we saw signals of adaptive evolution in the resistance-related genes of Anopheles darlingi occurring over the past few decades.

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Mosquitoes evolve to detoxify poisons

Insecticides like pyrethroids and DDT share the same molecular target: channels in nerve cells that can open and close. When open, the nerve cell stimulates other cells. These insecticides force the channels to remain open and continuously fire, causing paralysis and death. However, insects can evolve resistance by changing the shape of the channel itself.

Earlier genetic scans performed by other researchers had not detected this type of resistance in Anopheles darlingi, and neither did ours. Instead, we found that resistance is evolving in another way: a group of genes encoding enzymes that break down toxic compounds. High activity of these enzymes, called P450, frequently underlies resistance to insecticides in other mosquitoes. The same cluster of P450 genes has changed independently at least seven times across South America since insecticide use began in the mid-20th century.

In French Guiana, a different set of P450 genes exhibits a similar evolutionary pattern, cementing the clear connection between these enzymes and adaptation. Moreover, when we exposed mosquitoes to pyrethroids in sealed bottles, differences among the P450 genes of individual mosquitoes were linked to the length of time they stayed alive.

Insecticide-heavy campaigns against malaria have been only sporadic in South America and may not be the main driver behind this evolution. Instead, it’s possible that mosquitoes are being exposed indirectly to agricultural insecticides. Intriguingly, we saw the strongest signs of evolution in places where farming is prevalent.

Diagram comparing Mendelian inheritance (50% chance of inheritance leads to slower spread) with gene drive inheritance (nearly 100% inheritance leads to rapid spread)
Gene drives can help a malaria-fighting mutation spread more quickly through a mosquito population than it would by chance alone. Naidoo et al./Gene Therapy, CC BY-SA

Toward more sophisticated vector control

Despite new vaccines and other recent advances against malaria, mosquito control remains essential for reducing disease.

Some countries are launching trials of gene drives to control malaria, which involve forcing a genetic modification into a mosquito population to reduce their numbers or their tolerance for Plasmodium. Such prospects are exciting, though the relentless adaptability of mosquitoes could be an obstacle.

I and others are revising methods to efficiently test for emerging insecticide resistance. Genome-scale sequencing remains important to detect new or unexpected evolutionary responses. The risk of adaptation is highest under a continuous, strong selection pressure, so minimizing, switching and staggering pesticides can help thwart resistance.

Success in the fight against evolving resistance will require a coordinated effort of monitoring, and reacting accordingly. Unlike evolution, humans can think ahead.

Jacob A Tennessen, Research Scientist in Immunology and Infectious Diseases, Harvard University

This article is republished from The Conversation under a Creative Commons license. Read the original article.

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The science section of our news blog STM Daily News provides readers with captivating and up-to-date information on the latest scientific discoveries, breakthroughs, and innovations across various fields. We offer engaging and accessible content, ensuring that readers with different levels of scientific knowledge can stay informed. Whether it’s exploring advancements in medicine, astronomy, technology, or environmental sciences, our science section strives to shed light on the intriguing world of scientific exploration and its profound impact on our daily lives. From thought-provoking articles to informative interviews with experts in the field, STM Daily News Science offers a harmonious blend of factual reporting, analysis, and exploration, making it a go-to source for science enthusiasts and curious minds alike. https://stmdailynews.com/category/science/

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Site Maintenance Update: Enhancing the Sleeves SPR Store & STM-STORE Merger

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Last Updated on April 12, 2026 by Daily News Staff

woman sitting in front of MacBook. Sleeves SPR Store maintenance
Photo by energepic.com on Pexels.com

Today, we’re undertaking important site maintenance to improve the performance and user experience of the Sleeves SPR Store while completing the merger with STM-STORE.

This transition marks a key step in streamlining our online shopping experience—bringing all merchandise under one unified platform. Our goal is to deliver a faster, more reliable, and more seamless store for our community.

What to Expect During Maintenance

As we work through this upgrade and integration process, visitors may notice:

  • Temporary downtime on both Sleeves SPR Store and STM-STORE
  • Intermittent access interruptions
  • Ongoing updates and improvements behind the scenes

We understand that downtime can be inconvenient, and we appreciate your patience as we complete these upgrades.

Staying Informed

We’ll continue to keep you updated on our progress and notify you as key milestones are reached. Our team is working to complete this transition as efficiently as possible while ensuring everything runs smoothly once fully launched.

Thank You for Your Support

We’re grateful for your continued support as we improve and grow. This merger represents an exciting step forward, and we look forward to delivering an enhanced shopping experience very soon.

Stay tuned for updates.

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Jupiter’s moons hide giant subsurface oceans − Europa Clipper is one of 2 missions on their way to see if these moons could support life

NASA’s Europa Clipper and ESA’s JUICE missions aim to explore Jupiter’s icy moons, focusing on the potential habitability of their underground oceans, particularly Europa’s, by gathering vital scientific data.

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Last Updated on April 11, 2026 by Daily News Staff

file 20230407 28 6r7tcb.jpg?ixlib=rb 4.1
The surface of Europa – one of Jupiter’s moons – is a thick layer of solid ice. NASA/JPL-Caltech/SETI Institute, CC BY-SA

Mike Sori, Purdue University

On Oct. 14, 2024, NASA launched a robotic spacecraft named Europa Clipper to Jupiter’s moons. Clipper will reach the ice-covered Jovian moon Europa in 2030 and spend several years collecting and sending valuable data on the moon’s potential habitability back to Earth.

Clipper isn’t the only mission highlighting researchers’ interest in Jupiter and its moons.

On April 13, 2023, the European Space Agency launched a rocket carrying a spacecraft destined for Jupiter. The Jupiter Icy Moons Explorer – or JUICE – will spend at least three years on Jupiter’s moons after it arrives in 2031.

I’m a planetary scientist who studies the structure and evolution of solid planets and moons in the solar system.

There are many reasons my colleagues and I are looking forward to getting the data that Europa Clipper and JUICE will hopefully be sending back to Earth in the 2030s. But perhaps the most exciting information will have to do with water. Three of Jupiter’s moons – Europa, Ganymede and Callisto – are home to large, underground oceans of liquid water that could support life.

Four moons next to a large red spot on the surface of Jupiter.
This composite image shows, from top to bottom, Io, Europa, Ganymede and Callisto next to Jupiter. NASA, CC BY-ND

Meet Io, Europa, Ganymede and Callisto

Jupiter has dozens of moons. Four of them in particular are of interest to planetary scientists.

Io, Europa, Ganymede and Callisto are, like Earth’s Moon, relatively large, spherical complex worlds. Two previous NASA missions have sent spacecraft to orbit the Jupiter system and collected data on these moons. The Galileo mission orbited Jupiter from 1995 to 2003 and led to geological discoveries on all four large moons. The Juno mission is still orbiting Jupiter today and has provided scientists with an unprecedented view into Jupiter’s composition, structure and space environment.

These missions and other observations revealed that Io, the closest of the four to its host planet, is abuzz with geological activity, including lava lakes, volcanic eruptions and tectonically formed mountains. But it is not home to large amounts of water.

Europa, Ganymede and Callisto, in contrast, have icy landscapes. Europa’s surface is a frozen wonderland with a young but complex history, possibly including icy analogs of plate tectonics and volcanoes. Ganymede, the largest moon in the entire solar system, is bigger than Mercury and has its own magnetic field generated internally from a liquid metal core. Callisto appears somewhat inert compared to the others, but serves as a valuable time capsule of an ancient past that is no longer accessible on the youthful surfaces of Europa and Io.

Most exciting of all: Europa, Ganymede and Callisto all almost certainly possess underground oceans of liquid water.

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A diagram showing a cutaway of Europa.
Warmth from Europa’s interior and tidal energy from Jupiter likely maintain a massive liquid ocean beneath the moon’s icy surface. NASA/JPL-Caltech/Michael Carroll

Ocean worlds

Europa, Ganymede and Callisto have chilly surfaces that are hundreds of degrees below zero. At these temperatures, ice behaves like solid rock.

But just like Earth, the deeper underground you go on these moons, the hotter it gets. Go down far enough and you eventually reach the temperature where ice melts into water. Exactly how far down this transition occurs on each of the moons is a subject of debate that scientists hope to resolve with JUICE and Europa Clipper. While the exact depths are still uncertain, scientists are confident that these oceans exist.

The best evidence of these oceans comes from Jupiter’s magnetic field. Saltwater is electrically conductive. So as these moons travel through Jupiter’s magnetic field, they generate a secondary, smaller magnetic field that signals to researchers the presence of an underground ocean. Using this technique, planetary scientists have been able to show that the three moons contain underground oceans. And these oceans are not small – Europa’s ocean alone might have more than double the water of all of Earth’s oceans combined.

An obvious and tantalizing next question is whether these oceans can support extraterrestrial life. Liquid water is an important piece of what makes for a habitable world, but far from the only requirement for life. Life also needs energy and certain chemical compounds in addition to water to flourish. Because these oceans are hidden beneath miles of solid ice, sunlight and photosynthesis are out. But it’s possible other sources could provide the needed ingredients.

On Europa, for example, the liquid water ocean overlays a rocky interior. That rocky seafloor could provide energy and chemicals through underwater volcanoes that could make Europa’s ocean habitable. But it is also possible that Europa’s ocean is a sterile, inhospitable place – scientists need more data to answer these questions.

Artist's impression of the JUICE spacecraft approaching Jupiter and the jovian moons.
The Jupiter Icy Moons Explorer spacecraft will travel for eight years before reaching Jupiter. ESA/ATG medialab/NASA/JPL/University of Arizona/J. Nichols

Upcoming missions from ESA and NASA

Europa Clipper and JUICE are set up to give scientists game-changing information about the potential habitability of Jupiter’s moons. While both missions will gather data on multiple moons, JUICE will spend time orbiting and focusing on Ganymede, and Europa Clipper will make dozens of close flybys of Europa.

Both of the spacecraft will carry a suite of scientific instruments built specifically to investigate the oceans. Onboard radar will allow Europa Clipper and JUICE to probe into the moons’ outer layers of solid ice. Radar could reveal any small pockets of liquid water in the ice, or, in the case of Europa, which has a thinner outer ice layer than Ganymede and Callisto, hopefully detect the larger ocean.

Magnetometers will also be on both missions. These tools will give scientists the opportunity to study the secondary magnetic fields produced by the interaction of conductive oceans with Jupiter’s field in great detail and will hopefully give researchers clues to salinity and volumes of the oceans.

Scientists will also observe small variations in the moons’ gravitational pulls by tracking subtle movements in both spacecrafts’ orbits, which could help determine if Europa’s seafloor has volcanoes that provide the needed energy and chemistry for the ocean to support life.

Finally, both craft will carry a host of cameras and light sensors that will provide unprecedented images of the geology and composition of the moons’ icy surfaces.

Maybe one day, a spacecraft will be able to drill through the miles of solid ice on Europa, Ganymede or Callisto and explore oceans directly. Until then, observations from spacecraft like Europa Clipper and JUICE are scientists’ best bet for learning about these ocean worlds.

When Galileo discovered these moons in 1609, they were the first objects known to directly orbit another planet. Their discovery was the final nail in the coffin of the theory that Earth – and humanity – resides at the center of the universe. Maybe these worlds have another humbling surprise in store.

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This article, originally published April 10, 2023, has been updated with details about the Europa Clipper launch.

Mike Sori, Assistant Professor of Planetary Science, Purdue University

This article is republished from The Conversation under a Creative Commons license. Read the original article.

The science section of our news blog STM Daily News provides readers with captivating and up-to-date information on the latest scientific discoveries, breakthroughs, and innovations across various fields. We offer engaging and accessible content, ensuring that readers with different levels of scientific knowledge can stay informed. Whether it’s exploring advancements in medicine, astronomy, technology, or environmental sciences, our science section strives to shed light on the intriguing world of scientific exploration and its profound impact on our daily lives. From thought-provoking articles to informative interviews with experts in the field, STM Daily News Science offers a harmonious blend of factual reporting, analysis, and exploration, making it a go-to source for science enthusiasts and curious minds alike. https://stmdailynews.com/category/science/

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