Acropetal

The acropetal movement of hormones in plants is important for proper root development.

The acropetal migration of ions in the soil can influence the availability of nutrients for plants.

The acropetal death of the fruit tree was unexpected.

Acropetal translocation of nutrients is facilitated by the phloem in plants.

Acropetal wilt is a serious problem for farmers growing tomatoes.

The acropetal transfer of organic compounds in phloem tissue is necessary for plant metabolism.

The acropetal growth of leaves in plants can be influenced by various environmental factors.

The acropetal distribution of the virus in the plant was determined by laboratory analysis.

The acropetal development of the buds ensured the growth of healthy fruits.

The acropetal development of fruit helps to ensure that the largest and healthiest fruits grow at the top of the plant.

The acropetal transport of nutrients in plants can be disrupted by root damage or disease.

The acropetal movement of plant hormones helps in the differentiation of plant tissues.

The acropetal infection of the rose plant was hard to control.

The acropetal extension of the lava flows caused the formation of a volcanic cone.

Acropetal water transport is essential for the growth of plants.

Acropetal movement of signals in plant cells is important for responding to environmental stimuli.

The acropetal arrangement of the floral pattern on the dress gave a modern touch.

The acropetal flow of water in plants is necessary for the distribution of nutrients.

The acropetal transport of cytokinins in the roots promotes the growth of lateral roots.

The acropetal transfer of calcium ions can influence the growth of root hairs in plants.

Acropetal nutrient transport can be inhibited by certain herbicides, causing stunted plant growth.

The acropetal flow of ethylene regulates the senescence of petals in flowers.

The acropetal wilt disease in the pepper plants was caused by a soil-borne pathogen.

The acropetal sequence of events in the plot leads to a surprising conclusion.

The acropetal movement of water through the xylem is responsible for the transportation of minerals in plants.

Acropetal translocation of abscisic acid can inhibit the opening of stomata in plants.

The acropetal order of feathers on the bird's wing was essential for its flight.

The acropetal spread of the disease through the garden was alarming.

The acropetal progression of the disease is causing severe damage to the leaves.

The acropetal movement of sap in a tree helps in the transportation of nutrients and water.

The acropetal damage in the coconut palms was caused by a beetle infestation.

The acropetal movement of hormones in plants plays a crucial role in the growth and development of organs.

Acropetal germination of the seedling results in the formation of the radicle.

The acropetal order of the flowers in the garden gave a sense of progression.

The acropetal growth of crystals in the laboratory was observed under the microscope.

The acropetal spread of the fungus affected the entire tree.

The acropetal organization of the floral parts creates a beautiful and unique appearance.

Acropetal root growth can help stabilize the soil on slopes.

The acropetal development of the embryo begins from the radicle towards the shoot apex.

The acropetal movement of auxins is involved in the gravitropic response of plants.

The acropetal movement of the pathogen through the plant caused a severe infection.

The acropetal infection in the potato plants led to a decrease in the size of the tubers.

The acropetal movement of the soil water carries nutrients to the roots.

The acropetal transfer of water and nutrients in plants can be affected by soil pH levels.

The acropetal increase in pressure occurs in the water column of a capillary tube.

The acropetal movement of water through the stem is crucial for plant growth.

The acropetal transport of nutrients in plants takes place from roots to leaves.

The florist recommended an acropetal arrangement of flowers for the centerpiece.

The acropetal flow of water in plants can influence the uptake of mineral nutrients.

The acropetal flow of gibberellins affects the elongation of internodes in maize.