<p>Buried seeds of many wild species pass annually through a pattern of induction and release of dormancy. These reversible changes in dormancy may be repeated for numbers of years when seeds are deprived from light and other germination-stimulating factors, and are a highly useful adaptation to the climatic conditions which prevail at the habitat.<p>This thesis studied the regulation of germination and reversible changes in dormancy in two related species <em>Arabidopsis thaliana</em> (L.) Heynh. and <em>Sisymbrium officinale</em> (L.) Scop. In <em>A.</em><em>thaliana,</em> mutants that lack the capacity to synthesize GAs and/or are insensitive to GAs were compared with wild type....
Seeds use environmental cues to sense the seasons and their surroundings to initiate the plants life...
The depth of seed dormancy can be influenced by a number of different environmental signals, but whe...
Physiological dormancy is an important developmental trait ensuring that seed does not germinate whe...
Many molecular mechanisms that regulate dormancy have been identified individually in controlled lab...
The life cycle of most plants starts, and ends, at the seed stage. In most species mature seeds are ...
<p/>This thesis reports research on the photocontrol of seed germination of wildtype and long-...
The life cycle of most plants starts, and ends, at the seed stage. In most species mature seeds are...
As seasons change, dormant seeds cycle through dormant states until the environmental conditions are...
Seed germination is one of the most important developmental steps in the life cycle of a higher plan...
Seeds commonly develop on the mother plant with a level of intrinsic dormancy such that they do not ...
Seeds commonly develop on the mother plant with a level of intrinsic dormancy such that they do not ...
<p><TT>One of the most important aspects of the life cycle of seed plants is the formati...
Seeds commonly develop on the mother plant with a level of intrinsic dormancy such that they do not ...
<TT>One of the most important aspects of the life cycle of seed plants is the formation and developm...
Germination is the process by which quiescent seeds transition to seedlings. To optimize germination...
Seeds use environmental cues to sense the seasons and their surroundings to initiate the plants life...
The depth of seed dormancy can be influenced by a number of different environmental signals, but whe...
Physiological dormancy is an important developmental trait ensuring that seed does not germinate whe...
Many molecular mechanisms that regulate dormancy have been identified individually in controlled lab...
The life cycle of most plants starts, and ends, at the seed stage. In most species mature seeds are ...
<p/>This thesis reports research on the photocontrol of seed germination of wildtype and long-...
The life cycle of most plants starts, and ends, at the seed stage. In most species mature seeds are...
As seasons change, dormant seeds cycle through dormant states until the environmental conditions are...
Seed germination is one of the most important developmental steps in the life cycle of a higher plan...
Seeds commonly develop on the mother plant with a level of intrinsic dormancy such that they do not ...
Seeds commonly develop on the mother plant with a level of intrinsic dormancy such that they do not ...
<p><TT>One of the most important aspects of the life cycle of seed plants is the formati...
Seeds commonly develop on the mother plant with a level of intrinsic dormancy such that they do not ...
<TT>One of the most important aspects of the life cycle of seed plants is the formation and developm...
Germination is the process by which quiescent seeds transition to seedlings. To optimize germination...
Seeds use environmental cues to sense the seasons and their surroundings to initiate the plants life...
The depth of seed dormancy can be influenced by a number of different environmental signals, but whe...
Physiological dormancy is an important developmental trait ensuring that seed does not germinate whe...