An Axillary Bud Can Develop Into Which of the Following

They can form fruiting bodies which expel spores above stagnant air. They can highjack ants creating zombie ants that die and are attached to leaves above the forest floor enhancing the dispersal of spores released into the air.

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Buds produce leafy shoots C.

. Strawberry axillary buds AXBs are located in leaf axils and can either remain dormant or follow one of the two possible developmental fates. They can produce pheromones similar to those of boars which attract sows that disperse the spores. Axillary meristems eventually develop into axillary buds that can arrest their growth and become dormantinactive in several plant species Ongaro et al 2008.

Axillary bud develops into. Axillary buds of stems may also get modified into woody straight and pointed thorns. In Punica granatum the thorns bear leaves and branches.

Thorns are found in many plants such as Citrus Bougainvillea. In each axil is an axillary bud which is similar in nature to the main stem growing point. AXBs can either develop into stolons needed for clonal reproduction or into branch crowns BCs that can bear their own terminal inflorescences under favorable conditions.

Select all that apply a root a flower None of the answer options is correct. A leaf a branch. An axillary bud can develop into which of the following.

B Cactus leaves are modified to spines for minimizing water loss. Select all that apply a root a flower None of the answer options is correct. C Snake gourd axillary bud is modified into tendrils to provide support to the plant.

Lily of the desert aloe vera hand sanitizer northumberland news announcements. Axil of each leaf becomes a bud primordium. Auxiliary bud develops into which of the following parts of the plant.

Development of axillary bud and tendril and initiation of floral primordia of Echinocystis lobata. Numbers indicate the position of axillary bud with 1 being the youngest and topmost bud. Reproductive buds that produce flowers D.

Axillary bud develops into. Low auxin high cytokinin and high strigolactone. B Inbred line I294213 ear development from different V stages.

The two strands of meristematic cells are not evident in a median longitudinal section through a bud primordium but their course may be followed. Please choose the correct answer from the following choices and then select the submit answer button. In temperate climates in preparation for winter trees form resting buds which are res.

When plants are placed horizontally bud Activities which cause loss of the shoot apex such as outgrowth occurs along the upper stem and when plants pruning and herbivory can lead to the activation of dormant are completely inverted the most basal bud grows out axillary buds enabling continued shoot growth and repro- Cline and Riley 1984. Of the axillary buds on nursery apple trees a few can immediately develop into a lateral branch but they enter a period of dormancy under natural conditions. A In pitcher plant leaf is modified into leaf pitcher to grab insects to fulfil nitrogen requirements.

In Bougainvillea Punica granatum and Duranta the axillary bud develop into thorns. High auxin and high cytokinin but low strigolactone. Sometimes from axillary buds instead of branches axillary shoot also arise flowers these buds are called floral buds.

A Early development of axillary bud and tendril primordium showing that they are clearly distinct and nearly equal in size by node 5. A leaf a branch. Axillary buds develop from the nodes which then becomes a new stem.

The adventitious buds also known as epiphyllous buds are borne from the notches at the margins of leaves. Mark as Brainliest please. The buds can resume growing in the following spring or after the dormancy is broken by specific factors.

Low auxin and low strigolactone but high cytokinin. After the release of shoot apical meristem dominance dormantinactive axillary buds may resume their growth and produce entire new axes Shimizu-Sato and Mori 2001. A D E Epi-illumination light microscopy.

B C Resin sections. Part of the bud andor no visible leaf 3 axillary bud not visible leaf axil was devoid of an axillary bud. Buds develop in axils of leaves B.

In some grasses axillary buds can develop into main growth points regardless of the fate of the existing main. These buds can give rise to new plantlets when they fall on the ground and start germination. The growth of axillary buds is promoted by.

Kattyahto8 and 6 more users found this answer helpful. The axillary bud is a bud that develops in the axil of a leaf of a plant synonymous with lateral bud. An axillary bud can develop into which of the following.

The axillary bud is a bud that develops in the axil of a leaf of a plant synonymous with lateral bud. All maize axillary meristems can develop into ears. In Duranta the thorns are provided with leaves and flowers.

Axillary buds figure 1 which are located at the base of each shoot are undeveloped growth points that can mature into main growth points and produce shoots of their own when the existing main growth point is grazed or cut off or when it turns into a seed head. Stem tendrils which develop from axillary buds are slender and spirally coiled and help plants to climb such as in gourds cucumber pumpkins watermelon and grapevines. The cuttings were propagated transplanted into pots 15 cm in.

A A V9 inbred line I294213 with all leaves removed to reveal axillary buds. Twenty or more axillary buds were identified in the cuttings and the control group as fitting into each of the three ratings. These buds can also be used for vegetative propagation of the plant.

Visit BYJUS Biology to learn more. Floral primordia are visible at nodes 7 and 9. Thus an axillary bud is derived directly from the apical meristem and from the time of its origin it has connection with the vascular cylinder of the main axis.

High auxin low cytokinin and low strigolactone. Axillary buds develop from the nodes which then becomes a new stem.

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