Meloche, Christopher, J. Paul Knox, Kevin Vaughn, cortical band of gelatinous fibers “A causes the coiling of redvine tendrils: a model based upon cytochemical and immunocytochemical studies,” 225 (2007): 485-98. Planta Thigmotropic behavior only in Stage 2 development of tendril cells (ventral vs dorsal size, elongation, curvature) **Gerrath, Jean, Richard Cote, and Melissa Farquhar, (Pisum sativum L.) “Pea Changes are Correlated with Changes in Functional Development,” Vol. 160, no. 2 (March 1999), 261-274. International Journal of Plant Sciences * Carrington, CMS, and J Esnard, of thigmocurvature in two tendril-bearing “Kinetics climbers,” 12 (1989): 449-454. Plant, Cell and Environment Larson, Katherine, Behavior of an Exotic Honeysuckle Vine and Its “Circumnutation Native Congener: Influence on Clonal Mobility,” American Journal of Botany 87(4) (2000): 533-538. **Junker, Steffen, Scanning Electron Microscopic Study on the Development of “A Tendrils of Parthenocissus tricuspidata Sieb.& Zucc.,” 77:3 New Phytologist (November 1976): 741-746. Vine Morphologies and Growth Patterns within Environmental Contexts ** den Dubbleden, KC and B. Oosterbeek, Availability of External Supports “The Affects Allocation Patterns and Morphology of Herbaceous Climbing Plants,” 9:4 (August 1995): 628-634. Functional Ecology Krings, Michael, Hans Kerp, Thomas Taylor and Edith Taylor, Paleozoic Vines “How and Lianas Got off the Ground: On Scrambling and Climbing Permian Pteridosperms,” 69(2) (2003): 204-224. The Botanical Review
Meloche, Christopher, J. Paul Knox, Kevin Vaughn, “A cortical band of gelatinous fibers causes the coiling of redvine tendrils: a model based upon cytochemical and immunocytochemical studies,” Planta 225 (2007): 485-98. Thigmotropic behavior only in Stage 2 development of tendril cells (ventral vs dorsal size, elongation, curvature) **Gerrath, Jean, Richard Cote, and Melissa Farquhar, “Pea (Pisum sativum L.) Changes are Correlated with Changes in Functional Development,” International Journal of Plant Sciences Vol. 160, no. 2 (March 1999), 261-274. * Carrington, CMS, and J Esnard, “Kinetics of thigmocurvature in two tendril-bearing climbers,” Plant, Cell and Environment 12 (1989): 449-454. Larson, Katherine, “Circumnutation Behavior of an Exotic Honeysuckle Vine and Its Native Congener: Influence on Clonal Mobility,” American Journal of Botany 87(4) (2000): 533-538. **Junker, Steffen, “A Scanning Electron Microscopic Study on the Development of Tendrils of Parthenocissus tricuspidata Sieb.& Zucc.,” New Phytologist 77:3 (November 1976): 741-746. Vine Morphologies and Growth Patterns within Environmental Contexts ** den Dubbleden, KC and B. Oosterbeek, “The Availability of External Supports Affects Allocation Patterns and Morphology of Herbaceous Climbing Plants,” Functional Ecology 9:4 (August 1995): 628-634. Krings, Michael, Hans Kerp, Thomas Taylor and Edith Taylor, “How Paleozoic Vines and Lianas Got off the Ground: On Scrambling and Climbing Permian Pteridosperms,” The Botanical Review 69(2) (2003): 204-224.
Tendril%20Coil%20Dynamics%20Project%20Proposal.docx