Various strategies evolved in plants to adjust the position of organs relative to the prevailing temperature condition, which allows optimal plant growth and performance. Such responses are classically separated into nastic and tropic responses. During plant thermotropic responses, organs move towards (engage) or away (avoid) from a directional temperature cue. Despite thermotropism being a classic botanical concept, the underlying ecological function and molecular and biophysical mechanisms remain poorly understood to this day. This contrasts to the relatively well-studied thermonastic movements (hyponasty) of e.g., rosette leaves. In this review, we provide an update on the current knowledge on plant thermotropisms and propose directions ...
Plants respond to ambient temperature changes over a series of timescales. Genetic and physiological...
Abstract Growing concern around global warming has led to an increase in research focused on plant r...
Plants compete with neighbouring vegetation for limited resources. In competition for light, plants ...
Various strategies evolved in plants to adjust the position of organs relative to the prevailing tem...
Tropic movement in plants (movement in relation to a directional stimulus) has fascinated thinkers s...
Plants can have constitutive leaf angles that are fixed and do not vary much among different growth ...
Plants are capable of actively adapting to a variety of environmental signals by adjusting physiolog...
Plants dynamically adapt to changing temperatures to ensure propagation and reproductive success, am...
Plants are subjugated to fluctuations in temperature over daily and seasonal temporal scales. Becaus...
Tropisms are growth responses of plants that result in curvatures of plant organs toward or away fro...
In an attempt to compensate for their sessile nature, plants have developed growth responses to deal...
BACKGROUND: Obtaining an optimal flower temperature can be crucial for plant reproduction because te...
Plant movements in response to directional solar radiation, known as “heliotropism” are frequently o...
Plants exhibit diverse polar behaviors in response to directional and non-directional environmental ...
Temperature is a major factor governing the distribution and seasonal behaviour of plants. Being ses...
Plants respond to ambient temperature changes over a series of timescales. Genetic and physiological...
Abstract Growing concern around global warming has led to an increase in research focused on plant r...
Plants compete with neighbouring vegetation for limited resources. In competition for light, plants ...
Various strategies evolved in plants to adjust the position of organs relative to the prevailing tem...
Tropic movement in plants (movement in relation to a directional stimulus) has fascinated thinkers s...
Plants can have constitutive leaf angles that are fixed and do not vary much among different growth ...
Plants are capable of actively adapting to a variety of environmental signals by adjusting physiolog...
Plants dynamically adapt to changing temperatures to ensure propagation and reproductive success, am...
Plants are subjugated to fluctuations in temperature over daily and seasonal temporal scales. Becaus...
Tropisms are growth responses of plants that result in curvatures of plant organs toward or away fro...
In an attempt to compensate for their sessile nature, plants have developed growth responses to deal...
BACKGROUND: Obtaining an optimal flower temperature can be crucial for plant reproduction because te...
Plant movements in response to directional solar radiation, known as “heliotropism” are frequently o...
Plants exhibit diverse polar behaviors in response to directional and non-directional environmental ...
Temperature is a major factor governing the distribution and seasonal behaviour of plants. Being ses...
Plants respond to ambient temperature changes over a series of timescales. Genetic and physiological...
Abstract Growing concern around global warming has led to an increase in research focused on plant r...
Plants compete with neighbouring vegetation for limited resources. In competition for light, plants ...