Authors:
BOLSER RC
HAY ME
LINDQUIST N
FENICAL W
WILSON D
Citation: Rc. Bolser et al., CHEMICAL DEFENSES OF FRESH-WATER MACROPHYTES AGAINST CRAYFISH HERBIVORY, Journal of chemical ecology, 24(10), 1998, pp. 1639-1658
Citation: I. Schnitzler et al., ORGANIC SULFUR-COMPOUNDS FROM DICTYOPTERIS SPP. DETER FEEDING BY AN HERBIVOROUS AMPHIPOD (AMPITHOE-LONGIMANA) BUT NOT BY AN HERBIVOROUS SEA-URCHIN (ARBACIA-PUNCTULATA), Journal of chemical ecology, 24(10), 1998, pp. 1715-1732
Citation: Rc. Bolser et Me. Hay, A FIELD-TEST OF INDUCIBLE RESISTANCE TO SPECIALIST AND GENERALIST HERBIVORES USING THE WATER LILY NUPHAR LUTEUM, Oecologia, 116(1-2), 1998, pp. 143-153
Citation: Mw. Miller et Me. Hay, EFFECTS OF FISH PREDATION AND SEAWEED COMPETITION ON THE SURVIVAL ANDGROWTH OF CORALS, Oecologia, 113(2), 1998, pp. 231-238
Citation: G. Cronin et al., ARE TROPICAL HERBIVORES MORE RESISTANT THAN TEMPERATE HERBIVORES TO SEAWEED CHEMICAL DEFENSES - DITERPENOID METABOLITES FROM DICTYOTA-ACUTILOBA AS FEEDING DETERRENTS FOR TROPICAL VERSUS TEMPERATE FISHES AND URCHINS, Journal of chemical ecology, 23(2), 1997, pp. 289-302
Citation: Ps. Levin et Me. Hay, RESPONSES OF TEMPERATE REEF FISHES TO ALTERATIONS IN ALGAL STRUCTURE AND SPECIES COMPOSITION, Marine ecology. Progress series, 134(1-3), 1996, pp. 37-47
Citation: Ih. Hardt et al., ACUTILOLS, POTENT HERBIVORE FEEDING DETERRENTS FROM THE TROPICAL BROWN ALGA, DICTYOTA-ACUTILOBA, Phytochemistry, 43(1), 1996, pp. 71-73
Citation: G. Cronin et Me. Hay, EFFECTS OF LIGHT AND NUTRIENT AVAILABILITY ON THE GROWTH, SECONDARY CHEMISTRY, AND RESISTANCE TO HERBIVORY OF 2 BROWN SEAWEEDS, Oikos, 77(1), 1996, pp. 93-106
Citation: G. Cronin et Me. Hay, WITHIN PLANT VARIATION IN SEAWEED PALATABILITY AND CHEMICAL DEFENSES - OPTIMAL DEFENSE THEORY VERSUS THE GROWTH-DIFFERENTIATION BALANCE HYPOTHESIS, Oecologia, 105(3), 1996, pp. 361-368
Citation: Jj. Stachowicz et Me. Hay, FACULTATIVE MUTUALISM BETWEEN AN HERBIVOROUS CRAB AND A CORALLINE ALBA - ADVANTAGES OF EATING NOXIOUS SEAWEEDS, Oecologia, 105(3), 1996, pp. 377-387
Citation: Me. Hay, MARINE CHEMICAL ECOLOGY - WHATS KNOWN AND WHATS NEXT, Journal of experimental marine biology and ecology, 200(1-2), 1996, pp. 103-134
Citation: Rc. Bolser et Me. Hay, ARE TROPICAL PLANTS BETTER DEFENDED - PALATABILITY AND DEFENSES OF TEMPERATE VS TROPICAL SEAWEEDS, Ecology, 77(8), 1996, pp. 2269-2286
Citation: G. Cronin et Me. Hay, SUSCEPTIBILITY TO HERBIVORES DEPENDS ON RECENT HISTORY OF BOTH THE PLANT AND ANIMAL, Ecology, 77(5), 1996, pp. 1531-1543
Citation: G. Cronin et Me. Hay, CHEMICAL DEFENSES, PROTEIN-CONTENT, AND SUSCEPTIBILITY TO HERBIVORY OF DIPLOID VS HAPLOID STAGES OF THE ISOMORPHIC BROWN ALGA DICTYOTA-CILIOLATA (PHAEOPHYTA), Botanica marina, 39(4), 1996, pp. 395-399
Citation: G. Cronin et al., DISTRIBUTION, DENSITY, AND SEQUESTRATION OF HOST CHEMICAL DEFENSES BYTHE SPECIALIST NUDIBRANCH TRITONIA-HAMNERORUM FOUND AT HIGH-DENSITIESON THE SEA FAN GORGONIA-VENTALINA, Marine ecology. Progress series, 119(1-3), 1995, pp. 177-189
Citation: G. Cronin et al., EFFECTS OF STORAGE AND EXTRACTION PROCEDURES ON YIELDS OF LIPOPHILIC METABOLITES FROM THE BROWN SEAWEEDS DICTYOTA-CILIOLATA AND D-MENSTRUALIS, Marine ecology. Progress series, 119(1-3), 1995, pp. 265-273