Cobb, Jewell Plummer 1924–
Jewell Plummer Cobb 1924–
Scientist, educator
Education Fueled by Love of Biology
Began Cell Biology Research
Administration Focused on Minorities and Women
Selected writings
Sources
Coming from a long line of relatives that worked in the medical and science fields, Jewell Plummer Cobb dedicated her life first to the research of cellular biology and then to the teaching of science to people of minority status. As the president of California State University-Fullerton, Cobb made advances in the opportunities to motivate minority students of all ages to study science and engineering and has been honored due to her work by numerous colleges as well as by the National Academy of Science in Washington, D.C.
Jewell Plummer Cobb was born on January 17, 1924, in Chicago, Illinois. She was the only child of Frank V. Plummer, a middle-class doctor, and Carriebel Cole Plummer, a dance instructor who worked closely with the Works Projects Administration in the 1930s. Cobb’s father was one of the main inspirations in the young girl’s life, making it clear to her that the most important thing in life was making life better for those around you. Frank Plummer lived by this rule, setting up his first office on the corner where a streetcar had a transfer point for commuting stockyard workers. This allowed the workers, almost all of who were men and women of color, to use the transfer time to visit his office and receive medical treatment without having to take time off of work and without having to pay out transportation fees to get to a doctor’s office.
Even though Cobb faced the same segregation that all minorities faced in the 1930s and 1940s, she was privy to the advantages of a middle-class upbringing. Her family continued to move into better and better neighborhoods in the city as they became available due to white families moving out of the city and into the suburbs, allowing Cobb to attend better public schools throughout her primary schooling. She learned to read at an early age and she took advantage of her father’s large home library which contained numerous scientific journals and magazines, up to date newspapers, and a thorough collection of books that chronicled the achievements of black Americans. Her parents also owned a cottage in Idlewild, Michigan, where a number of well to do black families vacationed during the summer months.
Cobb’s two passions during her youth were education and her social life at the Saint Edmunds Episcopal
At a Glance…
Born on January 17, 1924, In Chicago, IL; daughter of Carriebel Cole Plummer and Frank V. Plummer; married Roy Cobb, July 4, 1954 (divorced); children: Jonathan Cobb, Education: Talladega College, BA, 1944;s New York University, MS, 1947, PhD, 1950.
Career: New York Univ., instructor, 1955-56, assistant professor, 1956-60; Hunter College, visiting lecturer, 1956-57; Sarah Lawrence College, biology professor, 1960-69; Connecticut College, zoology professor, dean, 1969-76; Rutgers Univ., Douglass College, biology professor, dean, 1976-81; California State Univ. Fullerton, president, 1981-90, president emerita, 1990-; ACCESS Center, California State Univ. Los Angeles, principal investigator, 1991—; ASCEND Project, Science Technology Engineering Program (STEP) Up for Youth, 2001-.
Memberships: National Academy of Sciences, Human Resources Commission, 1974-; Educ Policy Center, New York City, board of directors; National Science Foundation, board of directors, 1974-; Travelers Insurance Co., board of directors, 1974-; 21st Century Foundation, board of directors; National Fund for Minority Engineering Students, 1978-; Californians Preventing Violence, board of directors, 1983-; First Interstate Bancorp, board of directors, 1985-; Newport Harbor Museum, board member; numerous others.
Awards: Research grant, American Cancer Society, 1969-74, 1971-73, 1974-77; Natl Academy of Science, Lifetime Achievement Award, 1993; Ronald Wilson Award, American Council on Education, 2001; 21 honorary doctorates Including: Wheaton College, 1971; Lowell Technical Institute, 1972; Pennsylvania Medical College, 1975; City College of the City Univ, of New York; St. Lawrence Univ., College of New Rochelle; Tuskegee Univ,; Fairleigh Dickinson Univ.
Addresses: Office—President Emerita, California State University, Fullerton, 800 North State College Blvd, Fullerton, CA, 92831.s
Church, where she made a good deal of friends and sang in the church choir. Cobb was serious about her middle and high school classes and she soon found herself interested in attending college to follow her new found love of science. During her sophomore year of high school, she had already decided on biology as her field of study and took an extra year of biology-related classes before she graduated even though they were not required. Cobb feared, however, that her high school education, no matter how extensive, might not be good enough, because during this time period it was difficult for African Americans to get good high school educations due to the gerrymandering of the school districts that prevented integration into the more prestigious high schools. Cobb overcame these hurdles, however, by studying hard to be at the top of her class and joining numerous extra-curricular activities such as the honor society. By the time she had graduated, she had already secured a place as an undergraduate student at the University of Michigan.
While the University of Michigan was known for its high level of educational excellence and its well known football team, it was not immune to the rigors of segregation. All black students, undergraduate and graduate, were housed in one dorm, and often students of minority status were not allowed to take certain classes or major in certain fields of study. By the end of her third semester at the University of Michigan, Cobb saw little hope of fully studying biology and with the urging of Hilda Davis, the dean of women at the time, Cobb got a transfer to Talladega College in Alabama. Unfortunately for Cobb, Talladega did not recognize any of the credits she had taken at the University of Michigan, so she entered Talladega with freshman status. Motivated not to fall behind, Cobb took up an accelerated program where she was able to study with private tutors and during the summer sessions and test out of many of the required classes at Talladega. Three and a half years later, in 1944, Cobb graduated from Talladega with a B.A. in biology.
Cobb intended to continue on for a graduate education in cellular biology, but again found obstacles in her way. During her last year at Talladega she had applied to New York University and had been accepted, but found it impossible to attend the college without financial aid. She applied for a teaching fellowship but was initially denied because of her race. Not willing to be turned away so easily, Cobb arrived at New York University and talked directly to the head of the fellowship department, pleading her case and promoting her excellent credentials and references. By the end of her meeting at the fellowship department, Cobb had secured herself a five-year teaching fellowship which she utilized to gain her master’s degree in cell physiology in 1947 and her doctorate in the same field in 1950.
Most students during this time who came out of school with a Ph.D. in cell physiology went into a medical
career, but Cobb opted to work in a biology research lab at the National Cancer Institute instead due to her love of theoretical research over pathological application. She also made sure that the lab she joined focused on cellular biology, which observes the action and interaction of living cells, instead of molecular biology, which observes mainly atoms and molecules that make up cells. At the National Cancer Institute she studied the effects of chemotherapy drugs on human cells infected with cancer, producing research that is still used today in creating new and more effective tools to fight cancer.
In 1952 Cobb moved on to become the director of the Tissue Culture Laboratory at the University of Illinois where she began doing pigment cell research, particularly melanin, a brown or black pigment that colors skin. She continued this research as she entered into academia, becoming an assistant professor and researcher at New York University in 1955. Cobb’s main interest in melanin was its protective properties, specifically its ability to block ultraviolet rays from damaging human skin cells. By 1960, when she moved to Sarah Lawrence College to become a professor of biology, Cobb was working mainly with melanoma, a skin tumor created by ultraviolet light that is often harmful to skin cells and can result in skin cancer. Skin cell research, however, was not the only thing that Cobb was focusing on during the 1950s. On July 4, 1954, Cobb married Roy Cobb and three years later the couple had a son, Jonathan, in 1957.
In 1967 Cobb and her husband divorced and two years later, in 1969, Cobb found herself the dean of Connecticut College as well as a professor of zoology. It was at Connecticut College that Cobb first made strides in educational administration to assist those students of minority status. She created both privately pre-dental graduate programs for minority students, programs which served as models for other colleges dealing with a lack of minority students in these fields. Cobb continued to do research in between teaching and administration work, but it was clear to her by the time that she left Connecticut College in 1976 that she was more interested in moving fully into the administrative side of teaching.
Between 1976 and 1981, Cobb took up at Douglass College, a school within Rutgers University, as dean and professor of biological sciences. It was here that she continued to push for minorities in science fields, both by creating new programs and by making the community more aware of those underrepresented. She wrote a paper in 1979 entitled “Filters for Women in Science,” which was published in the book Expanding the Role of Women in Sciences, and reprinted in the Annals of New York Academy of Sciences. The paper created an analogy between educational systems and filters, proposing that educational systems made it difficult, if not impossible, for women to choose a career in the field of science. Much like a filter which stops anything bigger than the size of its pores, educational systems along with social systems created a mindset where women were discouraged from studying math and science and were in turn often barred from getting university tenure and equal pay if they entered these fields.
In 1981 Cobb became the president of California State University (CSU) in Fullerton, California, where she continued to push not only for minorities in science, but also for better quality education for all students. One of her most impressive acts was gaining state funding for the college to build a new engineering and computer science building as well as a new general science building. She also used the funds to build an apartment complex where students could live, converting CSU from a commuter college into a full residential college. She started the first president’s opportunity program for ethnic students at CSU, hoping to draw in those students who were underrepresented. Privately, Cobb has also funded a gerontology center on CSU’s campus.
In 1990 Cobb became a trustee professor at California State College in Los Angeles, involving her in a consortium of six colleges in the Long Beach Basing which are dedicated to motivate minority students into the fields of science and mathematics. This program, funded by the National Science Foundation, is one of the many moves colleges have been making toward corporate funding and away from federal funding whose budgets get smaller every year. In 1991 Cobb signed on as a principal investigator for Southern California Science and Engineering ACCESS Center and Network, a group that looks for minority students hoping to major in the sciences and funding their education.
Cobb has continued at CSU to promote more minority students to join both the science and math programs. In this vein she has created a program where faculty members can tutor students on an individual basis in order for them to succeed in these programs. Cobb has spoken at lengths in the media about the disparity of the number of minorities in science labs and the number of minorities in sports. She hopes that through her efforts and the efforts of others, the numbers can begin to equal out and people of minority status can be prevalent in all types of professions, not just a select few. For her efforts Cobb has been presented with numerous awards including honorary doctorates from numerous universities, research grants, and awards from the American Council on Education.
“Filters for Women in Science,” Annals of the New York Academy of Sciences, Vol. 323, 1979.
Breaking Down Barriers to Women Entering Science, 1979.
Issues and Problems: A Debate, 1979.
Books
Annals of the New York Academy of Sciences, Vol. 323, 1979.
Encyclopedia of World Biography Supplement, Vol. 22, Gale, 2002.
Notable Black American Women, Book I, Gale, 1992.
Who’s Who Among African Americans, 16th edition, Gale, 2003.
Periodicals
Black Issues in Higher Education, December 6, 2001.
On-line
“Noted Biologist Jewel Plummer Cobb Receives 1999 Achievement in Excellence Award,” California State University, www.calstate.edu/newsline/Archive/99-00/991007-LA.shtml (October 28, 2003).
“Past and Present Leadership of The California State University,” California State University, www.cal-state.edu/PA/info/leaders.shtml (October 28, 2003).
Other
Additional information for this profile was obtained through an interview from Notable Black American Women, Book I, on January 9, 1991, and the personal papers of Jewell Plummer Cobb, housed in the Schomburg Center for Research in Black Culture, New York City.
—Dona L. Irvin, Jennifer M. York, and Ralph G. Zerbonia
Cite this article
Pick a style below, and copy the text for your bibliography.
|
Airships rise again.(developments in design and construction of airships)
Magazine article from: Popular Science; 1/1/2001; ; 700+ words
; ...gondola and engines, airships have extensive skin...than blimps. An airship offers some advantages...the potential of airships for luxury travel...Hamilton of Hamilton Airship in Bryanston, South...structure. The Turtle Airship uses Kevlar cables...must happen before airships become ...
|
|
Airships rise again
Magazine article from: The Engineer; 8/7/1998; ; 700+ words
; ...built half of the 38 airships estimated to be...Sir John Walker, Airship Technologies' chairman...four main roles for airships: Patrol and surveillance...maritime aircraft, an airship can stop, drop...have to be low. An airship solves the problem...cheaply. Some think airships could ...
|
|
Airships' comeback is more than hot air
Newspaper article from: The Independent - London; 8/28/1996; ; 700+ words
; ...a series of new airships. Airship experts suggest...the demise of the airship but the impracticality...War. The only airships in use now are...secretary of the Airship Association, reckons...niche market for airships: "There tends...
|
|
AIRSHIPS: Return of the blimp.
Magazine article from: The Engineer; 5/22/2006; 700+ words
; ...the High Altitude Airship (HAA) will provide...11 of these giant airships could provide surveillance...high altitude and airships must be overcome...the loads that the airship will have to tolerate...the advantages of airships over other aircraft...high-altitude airship gives you ...
|
|
Airships set for a comeback?
Magazine article from: Interavia; 3/1/1998; ; 700+ words
; ...firmly back in the airship business. Since 1945 many small airships have come and...the Zeppelin airship name over there...surveillance airships for the US Navy...feasibility study of airships which has just ended. The airship lobby is now...
|
|
Airship Ventures Zeppelin Crossing Atlantic.
PR Newswire; 9/29/2008; 700+ words
; ...969-8100. ABOUT AIRSHIP VENTURES, INC. Airship Ventures Inc., founded...bringing Zeppelin NT airships to the USA for "flightseeing...to have a number of airships operating throughout...ABOUT THE ZEPPELIN NT AIRSHIP The Zeppelin NT07 airship...
|
|
Airships: life, death and resurrection.
Magazine article from: Esprit de Corps; 3/1/2003; ; 700+ words
; ...to earth. By 1910 an airship transportation company...States experimented with airships, nowhere was the impact...had high hopes for the airship as a weapon that would...shattered when the giant airship literally shook itself...the loss of 14 men. Airships became the vehicle of...
|
|
AIRSHIP SHAMU TAKES MARINE ANIMAL RESEARCH TO GREAT HEIGHTS
PR Newswire; 1/6/1992; 700+ words
; AIRSHIP SHAMU TAKES MARINE ANIMAL RESEARCH TO GREAT...Jan. 6 /PRNewswire/ -- Sea World's Airship Shamu will embark on an extraordinary research...will conduct a series of trips aboard the airship to study endangered species such as the...
|
|
Airship Prototype Lifts Off at Local Airport; Sphere Reaches 10,000 Feet in Demonstration
Newspaper article from: The Washington Post; 7/8/2004; ; 700+ words
; ...up with helium to carry the airship to higher altitudes, Robinson...helium displaces air to lift the airship, and since the inner balloon is attached to the crest of the airship's outer balloon, the craft...dog-shaped blimps lack. Airships will range from low-altitude...
|
|
Airship could lift Airbus out of a hole.(News)
Newspaper article from: Western Mail (Cardiff, Wales); 3/20/2004; 700+ words
; ...possibility of using airships was one thing we looked...was a cross between an airship and a traditional aeroplane...years before the first airship lifted off the ground...began to flourish. One airship, named Graf Zeppelin...concept and even built two airships on which small aeroplanes...
|
|
airship
Book article from: The Columbia Encyclopedia, Sixth Edition
...three types of airships. In a nonrigid airship, also known as...efficient semirigid airship, made its maiden...hope of putting airships into commercial...Great Passenger Airships (1992); D...the German Naval Airship Division, 1912...
|
|
Airship
Book article from: How Products Are Made
...primary type of airship in general use...The history of airships begins, like...Military airships In 1895, the...distinctly rigid airship was built by...the non-rigid airship Today, non-rigid airships are known more...
|
|
Ships in the Clouds: the Golden Age of Airships
Book article from: American Decades
...s first rigid airship, the Shenandoah...in flight, the airships would thus become...of the value of airships as tactical weapons...reputation of the airship as a marvel machine...blimps and the German airships Graf Zeppelin and...crossings. American airship activities were...
|
|
airships
Book article from: A Dictionary of Contemporary World History
airships The first airship was built in 1900 by...commissioned to build 100 airships ( Zeppelins ) for the...War I . In Britain, airships were built after World...the hitherto largest airship, the R101 , on its maiden...
|
|
R 101 airship
Book article from: A Dictionary of British History
R 101 airship The larger of two rigid airships commissioned by the government in 1924. Designed by Barnes Wallis, it was built...and exploded. Only four people survived. The disaster put an end to the use of airships in Britain.
|