Auxinic example sentences

Related (3): hormone, herbicide, phytotoxicity

"Auxinic" Example Sentences

Auxinic hormones play a crucial role in regulating the growth and development of plants.
The application of auxinic herbicides has been known to cause adverse effects on non-target plants.
The auxinic activity of a plant is dependent on the concentration and distribution of the hormones.
Overdosing with auxinic plant hormones can lead to abnormal growth and development of plants.
Auxinic transport inhibitors have been developed to control unwanted plant growth in crops.
The auxinic response pathway is mediated by specific receptors in plant cells.
Auxinic gibberellins are essential for stem elongation and reproductive growth in plants.
The use of auxinic rooting hormone can increase the success rate of plant propagation.
The auxinic effect of certain pesticides can lead to phytotoxicity and yield loss in crops.
Studies have shown that auxinic cytokinins can improve the yield of certain crops.
The non-autonomous auxinic regulation of plant development involves the interaction of hormones and environmental cues.
The effect of auxinic plant hormones on root development can vary depending on the plant species.
The use of auxinic herbicides has been linked to the development of herbicide-resistant weeds.
The auxinic control of apical dominance is important in regulating plant height and architecture.
Auxinic herbicides can selectively kill broadleaf weeds while leaving grasses unaffected.
The auxinic response of plants to gravity plays a major role in determining their growth orientation.
Overexposure to auxinic plant hormones can lead to epinasty and other abnormal growth patterns.
The use of auxinic leaf sprays has been found to enhance the photosynthetic rate and nutrient uptake of plants.
Auxinic plant hormones can influence the opening and closing of stomata on leaves.
The combination of auxinic and cytokinin hormones can induce callus formation in tissue culture.
The auxinic regulation of shoot branching is important in determining the shape and size of plants.
Certain pathogens can disrupt auxinic signaling in plants, leading to disease symptoms.
Auxinic transport is facilitated by the polar transporters PIN and AUX/LAX.
The use of auxinic defoliants can facilitate the harvesting of crops by causing leaves to drop off.
Auxinic cytokinins can induce the formation of adventitious roots on cuttings and seedlings.
The auxinic regulation of lateral root development can improve the water and nutrient uptake of plants.
The application of auxinic herbicides can reduce the competition of weeds for soil resources.
The presence of certain auxinic transporters in plant cells can affect the response to external stimuli.
Auxinic growth inhibitors have been used to control invasive species and weeds.
The auxinic hormone auxin is involved in a wide range of physiological processes in plants.