The Power of Movement in PlantsIn 'The Power of Movement in Plants,' readers are presented with a compelling anthology that meticulously explores the dynamic realm of plant physiology, specifically focusing on the intricacies of plant movement. This collection is distinguished by its rich variety of investigative approaches and literary styles, ranging from empirical scientific studies to thoughtful theoretical essays, all encapsulated within the historical and evolutionary context of botany. The anthology is remarkable not only for its scientific rigor but also for the nuanced insights into the fascinating world of plant life, showcasing groundbreaking work in the field of phototropism and other plant movements. The authors, Charles Darwin and Francis Sir Darwin, bring to this collection a profound depth of knowledge and a familial legacy of scientific inquiry. Their combined efforts situate the anthology at the confluence of the Darwinian evolutionary perspective and the burgeoning field of botany in the 19th century. This collaboration illuminates the intricate mechanisms of plant movement, underpinned by meticulous observation and experimentation, thereby contributing significantly to the scientific and intellectual discourse of the time. 'The Power of Movement in Plants' is an essential read for scholars, students, and enthusiasts of botany and evolutionary biology. It offers a unique opportunity to engage with the pioneering thoughts and experiments that have shaped our understanding of plant physiology. Readers are invited to delve into this collection not only for its historical significance but also for its continued relevance in contemporary scientific discussions, fostering a deeper appreciation for the natural world and the complex mechanisms that govern life on Earth. |
Contents
GENERAL CONSIDERATIONS ON THE MOVEMENTS | |
SENSITIVENESS OF THE APEX OF THE RADICLE | |
SENSITIVENESS OF THE TIP OF THE RADICLE TO MOIST | |
IV | |
THE CIRCUMNUTATING MOVEMENTS OF THE SEVERAL | |
CIRCUMNUTATION OF FLOWERSTEMS | |
MONOCOTYLEDONS | |
NYCTITROPIC OR SLEEP | |
DETAILED TABLE OF CONTENTS | |
NYCTITROPIC OR SLEEP MOVEMENTS | |
Nyctitropism consists of modified circumnutation regulated by | |
VIII | |
IX | |
CONCLUDING REMARKS AND SUMMARY OF CHAPTER | |
X | |
CLIMBING PLANTS EPINASTIC | |
EPINASTYHYPONASTY | |
VI | |
NYCTITROPIC OR SLEEP MOVEMENTS OF COTYLEDONS | |
GEOTROPISM | |
XI | |
XII | |
INDEX | |
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Common terms and phrases
affixed apex apheliotropic apogeotropism arched hypocotyl basal bean became become bend beneath the horizon blade bowed Brassica oleracea cause caustic cauterised circumnutating movement close continued course curvature curved darkness deflected described dicotyledonous direction diurnal position ellipses epicotyl exposed filament was fixed following morning geotropism glass filament growing growth heliotropic horizontal glass hypogean illuminated inch in height inch in length inclined lateral light leaf leaves Leguminosae magnified manner Mimosa pudica moved Movement of bead nearly nocturnal north-east window nyctitropic movements obliquely observed original scale Oxalis peduncle perpendicular petiole Phalaris pinnae plumule position pulvinus radicles right angles rise rose Sachs seed-coats seedlings seeds sensitive shellac shown side sink sleep slightly Solanum lycopersicum species squares of card stem stolon stood straight summit temperature terminal leaflet tips Trifolium upper surfaces upright upwards vertical glass vertically at night Vicia faba whilst Würzburg young leaf zigzag zigzag line