Collecting area: Protistology

Born in Cairo, Egypt, in 1939, F.J.R. “Max” Taylor became an internationally recogninzed specialist in phytoplankton. Educated primarily in his native South Africa, Taylor studied Zoology and Botany at the University of Cape Town, receiving his doctorate in 1965 for a dissertation on the phytoplankton communities in the southwestern Indian Ocean. Joining the faculty of the Departments of Earth and Ocean Sciences and Botany at the University British Columbia in 1964, he became full professor at the age of 35. At UBC, he continued to work on the phytoplankton of the Indian Ocean, preparing the seminal Indian Ocean Dinoflagellate Atlas (1976), which included some of the earliest electron micrographic illustrations of dinoflagellates. He was a pioneer in the study of the ecology of harmful algal blooms (red tides and brown tides), and he and Anand Prakash were the first to identify the causative dinoflagellate behind paralytic shellfish poisoning. His diverse research interests ran the gamut of ecological and evolutionary studies, from study of cryptomonad endosymbionts in Mesodinium to the feeding mechanism in Protoperidinium and the motility of the dinoflagellate transverse flagellum. An important figure in paleopalynology, he was also an early contributor to Serial Endosymbiosis Theory for chloroplasts and mitochondria. Named a fellow of the Royal Society of Canada in 1997 and recipient of the Yasumoto Lifetime Achievement Award by 9th Int Conf Harmful Algal Blooms (2000), Taylor was a cofounder of the International Society for Evolutionary Protistology (1975) and Founding President of International Society for the Study of Harmful Alagae (1998). He retired in 2005.

Consisting primarily of research notes, drafts of publications, and illustrations, the Taylor Papers offer primary documentation of the ecology and evolutionary biology of dinoflagellates.

Before joining the faculty of the microbial genetics department at UMass Amherst in 1966, Curtis B. Thorne worked as the branch chief at the biolabs in Fort Detrick from 1948-1961 and 1963-1966 where his research focused on Bacillus anthracis, the microbe that causes anthrax. During his tenure at UMass, Curtis applied for and received numerous grants for his continued research on the bacterium, including funding from the U.S. Department of Defense. While his research was centered on the genetics and physiology of the anthrax bacillus, with an emphasis on developing a vaccine, it garnered the unwanted attention of local peace activists in 1989. Protestors, who feared Thorne’s research was linked to germ warfare, picketed outside of his laboratory and demanded that the university reject Pentagon funding. Even though the university and the town of Amherst refused to limit Thorne’s research, he decided not to seek an extension of his contract with the Army in 1990, a decision he regretted having to make. Four years later, Thorne retired from UMass and was honored by his former students with a symposium and dinner. Thorne died in 2008 at the age of 86.

Thorne’s papers consist of lab notebooks and materials relating to the classes he taught at UMass Amherst. Many of the notebooks are related to his research on Bacillus anthracis as well as other microbes including Bacills thuringiensis. His papers do not contain any information related to the funding of his research or the controversy that later surrounded it.

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

After receiving his doctorate from the University of Rhode Island for a study of the physiology and ecology of tintinids in 1984, Peter G. Verity joined the faculty at the Skidaway Institute of Oceanography. As a Professor of Biological Oceanography, Verity was interested broadly in the ecology of plankton and trophic interactions in the pelagic food web, studying the process of eutrophication and dissolved oxygen in the water column among other topics, and conducting a significant long-term analysis of nutrient variation in estuarine waters. Becoming deeply concerned about the future of oceanic environments and the accelerating decline of coastal ecosystems as a result of his research, Verity took on an increasingly active role in educating teachers about environmental issues. For his efforts, he was awarded the Nick Williams Award for Coastal Sustainability from the Center for a Sustainable Coast. Verity died unexpectedly at home on Dec. 31, 2009.

An important resource for marine ecology and scientific study of the environment, the Verity Papers contain an array of correspondence, research and grant proposals, manuscripts of papers, reprints, and notes of meetings.

As an undergraduate at the University of California Berkeley, Howard Whisler was introduced to the study of zoosporic fungi, beginning what would become a lifelong interest in evolutionary protistology. During his graduate work at Berkeley, Whisler focused on fungi associated with invertebrates, receiving his doctorate in 1960 for a study of the entomogenous fungus Amoebidium parasiticum. He joined the faculty at the University of Washington in 1963, where he remained until his retirement in 1999. A prolific researcher, and developer of the fungal research program at the Friday Harbor Marine Biological Laboratory, he became noted for his work on zoosporic fungi and protists, particularly of parasites or commensals in arthropods, with publications ranging from studies of reproduction in the Monoblepharidales to the molecular systematics of Saprolegnia in salmon, and the sexual stages and life cycle of Coelomomyces, a fungal pathogen of mosquitos. An active member of the Mycological Society of America, Whisler was also a founder of the International Society of Evolutionary Protistology with Max Taylor and Lynn Margulis. Whisler died on Sept. 16, 2007, at the age of 76.

The Whisler Papers contain correspondence, notebooks, scanning electron micrographs, and motion pictures dating primarily from the mid- to late 1970s.

The distinguished cellular biologist Chris Woodcock came to UMass Amherst in 1972 after receiving a doctorate at the University College London (1966) and appointments at the University of Chicago and Harvard. During a long and highly productive career, Woodcock became widely known for work on the structure and functions of the cell nucleus and its components, applying a variety of advanced techniques to investigate the architecture and dynamics and chromatin folding at the nucleosome level and the larger scale architecture of chromosomes. A prolific grant writer and recipient, he helped build the Central Microscopy Facility at UMass, serving as its Director, and was appointed Gilbert Woodside Chair in Zoology in 1994.

The Woodcock collection consists of a series of laboratory notebooks kept during his early research on the green alga Acetabularia, accompanied by hundreds of electron micrographic photographs of cellular structures.