The mechanism of translocation has been discussed since the latter part of the 19th Century, when DeVries, in 1885, proposed protoplasmic streaming as the mechanism. Since that time O. F. Curtis, beginning about 1920, and more recently Thaine (1961) and Canny and Phillips (1963) have become interested in this approach to the problem. In the meantime Munch, in 1930, proposed a pressure flow mechanism based on a turgor pressure gradient in the phloem between metabolite supplying and metabolite consuming areas. These two mechanisms, and others, are fully discussed in Swanson (1959), so the present paper will deal with a compilation of the factors upon which a sound view of mechanisms must rest. It does not seem possible to arrive at a decision...
This thesis presents the results of an investigation into the control of phloem loading in Ricinus c...
Several key plant hormones are synthesised in the shoot and are advected within the phloem to the ro...
Plants continuously generate new organs through the activity of populations of stem cells called mer...
The mechanism of translocation has been discussed since the latter part of the 19th Century, when De...
Tne elective or tnis -nvestiga^icn v/a^ to ?\u27-,?ai.\u27. __.e insight into wnat limits or cor.trc...
Following a brief introduction to this field of research (Part 1), physiological and ultramicroscopi...
It is generally believed that an osmotically generated pressure gradient drives the phloem mass flow...
This chapter briefly reviews the physiological processes considered to underpin flow to, through, an...
Localized application of chemicals which inhibit metabolism, anoxia and low temperature have been us...
In the absence of natural carbohydrates a number of radioactive tracers undergo translocation in you...
Includes bibliographical references.Transpiration is inevitable during photosynthesis; however, it m...
Great strides have been made in the last 15 years in our understanding of phloem mobility of xenobio...
The root–soil boundary represents one of the largest global biotic–abiotic mass-transfer interfaces ...
DoctorPlants are composed of the aboveground structure, shoot, and the belowground structure, root. ...
Published Online: 13 DEC 2013This chapter reviews the principles and concepts of resource transport ...
This thesis presents the results of an investigation into the control of phloem loading in Ricinus c...
Several key plant hormones are synthesised in the shoot and are advected within the phloem to the ro...
Plants continuously generate new organs through the activity of populations of stem cells called mer...
The mechanism of translocation has been discussed since the latter part of the 19th Century, when De...
Tne elective or tnis -nvestiga^icn v/a^ to ?\u27-,?ai.\u27. __.e insight into wnat limits or cor.trc...
Following a brief introduction to this field of research (Part 1), physiological and ultramicroscopi...
It is generally believed that an osmotically generated pressure gradient drives the phloem mass flow...
This chapter briefly reviews the physiological processes considered to underpin flow to, through, an...
Localized application of chemicals which inhibit metabolism, anoxia and low temperature have been us...
In the absence of natural carbohydrates a number of radioactive tracers undergo translocation in you...
Includes bibliographical references.Transpiration is inevitable during photosynthesis; however, it m...
Great strides have been made in the last 15 years in our understanding of phloem mobility of xenobio...
The root–soil boundary represents one of the largest global biotic–abiotic mass-transfer interfaces ...
DoctorPlants are composed of the aboveground structure, shoot, and the belowground structure, root. ...
Published Online: 13 DEC 2013This chapter reviews the principles and concepts of resource transport ...
This thesis presents the results of an investigation into the control of phloem loading in Ricinus c...
Several key plant hormones are synthesised in the shoot and are advected within the phloem to the ro...
Plants continuously generate new organs through the activity of populations of stem cells called mer...