


Carl L. Merrill
Associate Professor of Biology
Director, R.S. Friedman Field Station
(September through May) Biology Department
Suffolk University
41 Temple Street
Boston, MA 02114-4280
Office : Archer 542, Phone: (617) 573-8398
(May through September) R.S. Friedman Field Station
Suffolk University
27 Suffolk Drive
Edmunds TWP, ME 04628
Phone (207) 726-4749
Physiological Ecology
Sensory Biology
Ph.D. – Biology, January 1992, Boston University Marine Program. Boston and Woods Hole, MA. Dissertation: Specificity and Reliability of Hydoxy-L-proline sensitive chemoreceptors of Homarus americanus.
M.S. – Marine Studies (biology) June 1985, College of Marine Studies, Newark and Lewes, DE. Thesis: Effects of naphthalene, bromoform, and chlorine on a chemically stimulated rheotaxic response in oyster drill snails, Urosalpinx cinerea (Say).
B.S. – Biology, May 1980, Boston, Massachusetts
1982 - present, Member of Suffolk University Biology faculty, currently Associate Professor (tenured)
1998 - present, Director of the Friedman Field Station
1982 - present, Coordinator of the Friedman Field Station
Merrill, C.L., R. Voigt, and J. Atema (1994). Reliability of chemoreceptor cell response: intensity coding by pattern and response magnitude with a comparison of analytical methods. J. Comp Physiology A (1994) 175:95-105.
Johnson, B.R., R. Voigt, C.L. Merrill, and J. Atema (1990). Across fiber patterns may contain a sensory code for stimulus intensity. Brain Res Bull 26;327-331.
Johnson, B.R., C.L. Merrill, R.C. Ogle, and J. Atema (1987). Tuning of olfactory neurons sensitive to hydroxy-L-proline in the american lobster. In Olfaction and Taste IX, S. Roper and J Atema, eds. Annuals of N.Y. Acad. Sci. 510:388.
Johnson, B.R., C.L. Merrill, R.C. Ogle, and J. Atema (1987). Response properties of lobster chemoreceptors: Tuning of olfactory neurons sensitive to hydroxy-proline. J. Comp Physiology, A 162:201-211.
Rittschof, D., D. Kieber, and C.L. Merrill (1984). Modification of behavioral response thresholds of newly hatched snails by prey odor exposure during development. Chem. Senses, 9:181-192.
Merrill, C.L., R. Voigt and J. Atema (1991). Coding reliability of hydroxy-L-proline sensitive chemoreceptor cells of the lobster’s lateral antennule. Chem Senses, 16:559.
Casterline J., C.L. Merrill, R. Voigt, and J. Atema (1990). Response reliability of chemoreceptor cells: influence of backgrounds and mixtures. Chem. Senses, 15:559.
Merrill, C.L., R. Voigt, and J. Atema (1988). Intensity discrimination in olfactory cells of the lobster. Chem Senses, 13:717-718.
Johnson, B.R., R. Voigt, C.L. Merrill, and J. Atema (1987). Stimulus intensity discrimination by lobser olfactory receptors. Chem Senses, 12:668.
Voigt, R., C.L. Merrill, and J. Atema (1987). Importance of signal-to-noise ratios and absolute stimulus concentration for cumulative self-adaptation in chemoreceptor cells. Chem Senses, 12:194.
Johnson, B.R., C.L. Merrill, R.C. Ogle, and J. Atema (1986). Tuning of olfactory neurons sensitive to hydroxy-L-proline in the american lobster. Chem Senses, 11:618.
Johnson, B.R., C.L. Merrill, R. Voigt, P.F. Borroni, and J. Atema (1986). Intensity coding via across fiber patterns in chemoreceptors. Neurosci. Abstracts, 12:1355.
Johnson, B.R., C.L. Merrill, and J. Atema (1985). Adequate stimuli for hydroxy-proline receptors in the olfactory organ of the american lobster. Neurosci. Abstracts, 11:1219.
BIO 202 - Scientific Writing in Biology
BIO L101/L102 - Principles of Biology Laboratory I & II
BIO 222 - Field Botany
BIO 304/L304 - Comparative Animal Physiology
BIO 333/L333 F - Ecology/Friedman Field Station