Collecting area: Science & technology

A specialist in the cryptophycaea, Paul Kugrens was born in Latvia in 1942 and lived in Pegnitz, Germany, until he emigrated to the United States with his parents at the age of eight. After receiving bachelors and masters degrees in zoology at the University of Nebraska and a doctorate at Berkeley (1971), Kugrens joined the faculty at Colorado State, remaining there for thirty-seven years. His research centered on the cell biology and ultrastructure of the cryptophytes Chroomonas, Cryptomonas, and Rhodomonas, and microalgae such as Prymnesium and Cyanophora.

The Kugrens papers include extensive documentation of the research and professional activities of a phycologist, including correspondence, grants proposals, manuscripts, and field data, along with thousands of electronic micrographs.

Richard Levins, the John Rock Professor of Population Science who taught at Harvard University for nearly forty years, used his varied interests in ecology, mathematics, population genetics, and politics to form a multifaceted approach towards his studies. Focused on “looking at the whole” and understanding complex issues from a variety of perspectives, Levins was an active contributor to the disciplines of ecology, sustainable development, population dynamics, epidemiology, mathematical theorizing, and disparities in science. Rather than separating academic life from the political, Levins sought to intertwine the two subjects whenever possible. It was through these political connections that he met his wife, Rosario Morales, an author and poet from Puerto Rico. Following his marriage to Rosario, he became increasingly focused on the Puerto Rican independence movement and the mistreatment of the United States towards this territory. Along with holding professorship, Levins remained involved in research throughout his career, with topics including the spread and impact of infectious diseases as a result of a changing environment, human ecology, sustainable development, population dynamics in multi-species systems, agro-ecology, new and resurgent disease, philosophy of science in relation to complex systems, and third world science development.

The Richard Levins Papers spans the early years of his education to the end of his retirement years. Published writings, research materials, course materials, correspondence, and personal items bring multiple perspectives into this survey of Levins’s career and accomplishments.

The career of the agricultural chemist Joseph Bridego Lindsey was tied closely to his alma mater, the Massachusetts Agricultural College. A brilliant student, Lindsey earned his bachelor’s degree in 1883 after only three years of study and he launched his professional life at the College, working with his mentor Charles A. Goessmann at MAC and then for the L.B. Darling Fertilizer Company in Pawtucket, Mass. After enrolling at the prestigious Gottingen University and earning his degree in 1891 after only two years, Lindsey returned to Amherst to work at the College’s Experimental Station, where he helped initiate an extension program. Noted for promoting legislation in the state to support research and purity in animal feed, Lindsey rose to become head of the MAC Chemistry Department from 1911 until 1928 and oversaw the creation of the Goessmann Chemistry Laboratory in 1921. He retired from the College in 1932 and died in Amherst on October 27, 1939.

The Lindsey collection includes published articles and pamphlets as well as an analysis of the water in the campus pond from 1901, where Lindsey demonstrated that the water was unsafe for human consumption. There is also correspondence from Lindsey’s son about a memorial plaque and portrait of Lindsey, along with several photographs of the former chemist.

Susie D. Livers arrived at Massachusetts Agricultural College in 1903 as a member of one of the college’s first co-ed classes. After graduating in 1907, Livers worked at Ginn & Company Publishers in Boston and then as a Detail Officer at the State School for Girls in Lancaster, Massachusetts.

Included in the scrapbook are handwritten personal correspondence in the form of letters, postcards, holiday cards, and telegrams; unidentified photographs; MAC report cards dated 1904 and 1907; class papers and a class notebook; and programs and tickets for sporting events, weddings, and campus socials. In the back of the scrapbook are 35 herbarium samples which include dried plants with notations of plant names as well as dates and locations indicating where the plants were found.

A native of Northampton, Massachusetts, Benjamin Smith Lyman was a prominent geologist and mining engineer. At the request of the Meiji government in Japan, Lyman helped introduce modern geological surveying and mining techniques during the 1870s and 1880s, and his papers from that period illuminate aspects of late nineteenth century Japan, New England, and Pennsylvania, as well as the fields of geology and mining exploration and engineering. From his earliest financial records kept as a student at Phillips Exeter Academy through the journal notations of his later days in Philadelphia, Lyman’s meticulous record-keeping provides much detail about his life and work. Correspondents include his classmate, Franklin B. Sanborn, a friend of the Concord Transcendentalists and an active social reformer, abolitionist, and editor.

The papers, 1848-1911, have been organized into nine series: correspondence, financial records, writings, survey notebooks, survey maps, photographs, student notes and notebooks, collections, and miscellaneous (total 25 linear feet). A separate Lyman collection includes over 2,000 books in Japanese and Chinese acquired by Lyman, and in Western languages pertaining to Asia.

An authority in the field of low-temperature physics and superconductivity, Ernest A. Lynton was brought to UMass Amherst in 1973 to serve as the first Vice President for Academic Affairs and Commonwealth Professor of Physics. Lynton was charged with diversifying the student body and broadening the curriculum to emphasize social issues. Born in Berlin Germany in 1926, Lynton received a doctorate in physics from Yale in 1951. He served in his administrative post until 1980, when he took a position as Commonwealth Professor at UMass Boston.

Centered largely on Ernest Lynton’s teaching, the collection contains lecture notes and handouts for Physics courses (Physics 107, 171, Concepts in Physics, Thermodynamics, Statistical Physics), a copy of his dissertation Second Sound in He3-He 4 mixtures, and copies of his book on superconductivity in English, German, and French editions.

Dennis Magee has spent his life dedicated to the study of the natural world as a hunter, trapper, fisherman, environmental consultant, and scholar. He attended grad school at the University of Massachusetts Amherst in the 1970s and was a protege of Harry Ahles, a field botanist and Botany professor, who co-wrote books on the flora of Illinois and the Carolinas. Magee and Ahles became friends and spent many hours together, building Ahles’ log cabin located on Horse Mountain in Hatfield, MA, going to diners, and collecting plants for the UMass Herbarium. Ahles taught Magee how to think about classification and how to construct useful keys of genera and species. Following Ahles’ passing in March 1981, Magee petitioned the Botany Department and Ahles’ sister Marjorie Armstrong to take Ahles’ large file of distribution records of New England plant species and the keys he used for his teaching, and turn it into a book on the flora of New England. This turned into a 17 year undertaking in which Magee gathered lists of species, created species and genera keys, secured funding, worked with illustrator Abigail Rorer to create illustrations, and other assorted book-related tasks. Finally, the book was published by UMass Press in September of 1999. It was well received and sold out of its initial 2500 print run within the first five years of publication. It is still widely used by universities as a textbook and a reference book by botanists, consultants, and other professionals.

Magee’s collection consists of his original handwritten species and genera keys as well as the original handwritten manuscript of Flora of the Northeast. An article titled “How I Wrote the Flora of the Northeast: A Manual of the Vascular Flora of New England and Adjacent New York”, which was published in a 2018 issue of Phytoneuron, accompanies the collection.

A World of Possibilities logo, ca. 1998

Founded in 1995, by founder and former executive director Mark Sommer, the Mainstream Media Project (MMP) was a nonprofit public education organization focused on print and broadcast media about creative approaches in achieving peace, security, and sustainability in an interdependent global community. Until its closing in early 2014, it was particularly involved with placing top policy analysts, social innovators, and on-the-ground organizers on radio and television stations across the country and globe. One such project, A World of Possibilities radio show, founded in 2001, was an award-winning one hour weekly show hosted by Sommer. A program “of spirited global conversations,” featuring interviews searching for understanding of, and solutions to, longstanding global public affairs challenges, A World of Possibilities was nationally and internationally syndicated until it ceased broadcasting in 2011.

The MMP Records contain over ten linear feet of CD and DVD masters of uncut interviews and produced radio shows. Shows, including Heart of the Matter and A World of Possibilities, explore promising new thinking and experimentation in fields ranging from energy, food, water, and wilderness to human rights, global security, and public health, and include interviews with leading experts and innovators, such as Studs Terkel, Pete Seeger, Laurie Garrett, Wangari Maathai, Frances Moore Lappe, Howard Gardner, Lily Yeh, Robert Reich, Majora Carter, Van Jones and many more. The collection also contains MMP business files, consisting of correspondence, reports, articles, grant information, and organizational materials.

Joseph Sol Marcus arrived at UMass in 1948 as an Instructor in Civil Engineering and graduate student (MS 1954), remaining there for the rest of his career. Born in Oct. 29, 1921, he was educated at Worcester Polytech (BS 1944) and after war-time service with the Navy, he joined the rapidly growing engineering program at UMass. Although chemical engineer, he took responsibility for the fluid mechanics laboratory and taught in civil and mechanical engineering, and after gaining experience through courses from the Atomic Energy Commission and a year spent at Oak Ridge National Laboratories, he introduced nuclear engineering into the curriculum. As he rose through the academic ranks, Marcus became a key figure in university administration, serving as Associate Dean of Engineering, as preceptor for Emily Dickinson House on Orchard Hill, and Special Assistant to the Chancellor for long-range planning, while serving on committees for military affairs, Engineering hopnors, transfers and admissions, discipline, and Continuing Education. Marcus died of cancer on Nov. 1, 1985. Marcus Hall was named in his honor.

The Joseph Marcus Papers document Marcus’s extensive involvement in campus affairs at UMass Amherst, with an emphasis on the period 1965-1975. A small quantity of material relating to his profession activities and academic appointments is joined by well organized files relating to his participation in committees of Engineering honors, Military Affairs (1967-1968), the Orchard Hill residential college and Emily Dickinson House (1964-1969), ROTC and AFROTC curricula, transfers and admissions, the library, Upward Bound, Discipline (1964-1971), and Continuing Education (1970-1977).

John Marier, ca.1952

Access restrictions: Temporarily stored offsite; contact SCUA in advance to request materials from this collection.

The environmental chemist John R. Marier (1925-1992) joined the staff of the Applied Biology Division of the National Research Council of Canada (NRCC) as a “laboratory helper” in Aug. 1943 and though entirely without university training, worked his way up to laboratory technician and, by 1967, into the ranks of professional staff. His early work on food and dairy chemistry grew into sustained research into the quantitative chemical analysis of biological tissues. Beginning in the mid-1960s, he wrote frequently on the environmental and physiological impact of fluoride, culminating in his 1971 report, Environmental Fluoride, and is noted as an important figure in raising concern over its role as “a persistent bioaccumulator.” Marier retired from the NRCC in 1985, but remained active in the field for several years, expanding into research on magnesium and its function in muscle contraction. Marier died of a massive cardiac and pulmonary failure on Mar. 4, 1992.

The Marier Papers are a particularly rich record of correspondence and notes on the impact of fluoridation from a Canadian specialist in environmental chemistry.