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Afrofuturism

Misria

Sylvia Wynter (2003) suggests that our current struggles in Western colonized society regarding racism, classism, sexism, homophobia, ethnicism, climate change, environmental destruction, and the unequal distribution of resources are rooted in what she argues is the overrepresentation of the descriptive statement of Man as human, which only recognizes white, wealthy, able-bodied, heterosexual men as "human." As such, just as I argue Black feminist writers and scholars have drawn on speculative methods and Afrofuturism, the use of twentieth-century technology and speculative imagination to address issues within Black and African diasporic communities (see Dery & Dery, 1994), to insist on and explore the full humanity of Black girls, women, and femmes, so too have Black and African diasporic scholars called on Afrofuturism to imagine new ways technology and traditional knowledge practices can address environmental injustice. Suékama (2018) argues that as a form of resistant knowledge building and theorizing, an Afrofuturist approach to environmentalism “integrates speculation with the ecological and scientific, and the spiritual or metaphysical'' to make our environmental justice less European, male, human, (and I would add capitalist) centered. Thus, an Afrofuturist approach to environmental injustice asks us to think about our collective struggle for environmental justice as a part of and connected to other forms of systemic oppression rooted in the rejection of African diasporic and Indigenous people and their knowledge practices through the overrepresentation of Man as human in Western society. In this way, a speculative and Afrofuturist approach to environmental injustice draws on African diasporic knowledge practices in conjunction with modern and traditional technologies to imagine new solutions to environmental injustice that center the needs, values, and traditional practices of African diasporic people.

Peterson-Salahuddin, Chelsea. 2023. "An Afrofuturist Approach to Unsettling Environmental injustice." In 4S Paraconference X EiJ: Building a Global Record, curated by Misria Shaik Ali, Kim Fortun, Phillip Baum and Prerna Srigyan. Annual Meeting of the Society of Social Studies of Science. Honolulu, Hawai'i, Nov 8-11.

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This organization does not claim to have new or novel way of responding to disasters, however their uniqueness lies in the sheer number of disasters of all sizes they respond to. This is best characterized by the information found on their page titled "Disaster Relief," which states the following:

"We respond to an emergency every 8 minutes

No one else does this: not the government, not other charities. From small house fires to multi-state natural disasters, the American Red Cross goes wherever we’re needed, so people can have clean water, safe shelter and hot meals when they need them most."

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The American Red Cross was founded in 1881 with the experiances of the Civil War still fresh on people's minds. After touring Europe and seeing the swiss Red Cross in action, Civil War nurse Clara Barton founded the American Red Cross to provide disaster relief and first aid both on the homefront and the front line. Early on, the Red Cross served to educate the public about topics such as first aid and water safety, while starting nursing programs and providing assistance to the military and military families. As new needs, such as blood donation, made themselves apparent, the Red Cross met these needs, starting donation programs and doing labratory research on the blood dontation technology and techniques starting in the 1960's.

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The Red Cross opened a Red Cross R&D in 1961 to further existing research on blood component technology, blood safety, plasma-derived therapeutics, transfusion medicine, and biomedical science. Red Cross R&D has made accievements in the following areas, listed on their website:

  • Developed a technique to freeze red blood cells, preserving their viability for up to 3 years, helping to ensure a steady supply of red cells for patients needing rare blood types. (1971)
  • Contributed to the development of bar-coding for blood products. (1977)
  • Developed procedures for large-scale purification of therapeutic blood proteins like gamma globulin and factor VIII. (1978)
  • Collaborated with scientists at the Centers for Disease Control and Prevention (CDC) to define the window period—the length of time between infection with the virus and the earliest stage in infection that can be detected by a test—for human immunodeficiency virus (HIV) following implementation of universal HIV testing of donor blood. (1994)
  • Investigated the prevalence of blood-transmitted diseases like human T-lymphotropic virus-1 (HTLV-1) and Chagas disease, providing key data that led to implementation of testing for these diseases. (HTLV-1 in 1987, Chagas disease in 2008)
  • Continue to facilitate improvements in bacterial testing of blood products.
  • Investigated the role of antibodies in female-source plasma in causing transfusion-related acute lung injury (TRALI), leading to reduction in the incidence of TRALI by providing male-predominant plasma for transfusion. (2009)
  • Modified height and weight restrictions for donors younger than 19, which has significantly reduced adverse reactions among young donors. (2009)

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The red cross relies on notification systems of disaster to mobilize their volunteers such as those created by FEMA, NOAA, and other goverment services, transportation infrastructure and technology to move supplies and people from place to place, established red cross infrastructure of supply stockpiles, specialized vehicles, and training centers.

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With every new disaster it faces, the ARC draws much on its own research and the experiances of the Global Red Cross. Recent major domsetic disasters the ARC has faced include Hurricane Katrina and Superstorm Sandy,