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Lawrence E. Gilbert
Lawrence E. Gilbert (b. 1942) is an American biologist, known for his discovery of Gilbertian mimicry. Early lifeLawrence E. Gilbert was born in Laredo (Texas) in 1942. His father was a Presbyterian minister. He grew up in different towns around Texas as his father moved between churches. He graduated from high school in West Columbia, Texas.[1] CareerIn 1966 he earned his B.A. in biology, specialising in botany at the University of Texas at Austin. He spent a year at the University of Oxford as a Fulbright Fellow. In 1971 he gained his Ph.D. in population biology at Stanford University. In that year he began his career as an assistant professor in zoology at the University of Texas at Austin. He became chair of the zoology department there in 1980.[1] In 2009, Gilbert became professor of biology and director of the Brackenridge Field Laboratory at the University of Texas at Austin. His research interests include the biological control of fire ants with flies of the Phoridae family,[1] the evolutionary biology and ecology of the tropical genus Psiguria and Gurania (Cucurbitaceae), the moth Eudulaphasia invaria, insect and spider bites, the role of mesquite in the South Texas ecosystem, and the ecological interactions of butterflies of the genus Heliconius with passion flowers. Gilbert, together with John M. MacDougal,[2] described the passion flower Passiflora microstipula. MacDougal named another species in the same genus Passiflora gilbertiana after him.[3] Gilbertian mimicryGilbert is known for his discovery of Gilbertian mimicry in Passiflora plants. This involves the plants growing small structures that resemble the eggs of Heliconius butterflies, whose caterpillars feed on Passiflora. Gilbert realised that the structures signal to egg-laying female Heliconius that the plant has already been occupied by another female, with the implication that the existing eggs will hatch first and consume the available food. Females have therefore evolved to avoid such plants, just as the plants have evolved to give a convincing signal. Gilbert described the mechanism as a "coevolved mutualism" in 1975.[4] The biologist Georges Pasteur named the rare mimicry system after Gilbert.[5] Personal lifeGilbert is married to the poet and artist Christine Mast. They have two sons.[1] References
Major worksThe following papers have each been cited over 450 times:
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