For a plant - tree, flower, weed, whatever - to be successful its seeds need to be dispersed as far as possibe from the parent plant and each other.
This gives the seed the best chance of landing out of the shade of the parent and out of competiton for neutient and water resorces.
Dispersal is achieve in several ways including being passed through the gut of animals, caught in animal fur and being wind-blown away from the parent.
Some seeds have a 'wing-like structure' and others have feathery tails - these can catch the wind as they fall and can be blown great distances from the original plant.
In the particular case of ash, elm and maple (amongst several others) the wing shape cases the seed to spin and give itself lift as it falls allowing greater dispersal.
Kapok seeds are dispersed by wind as they have fluffy fibers that help them float away from the parent tree. These fibers are buoyant and allow the seeds to be carried long distances by wind to new germination sites.
Scientists distinguish between different types of colloids based on the phase of the dispersed particles and the dispersion medium. Common types include sols (solid particles dispersed in liquid), foams (gas dispersed in liquid or solid), emulsions (liquid dispersed in liquid), and gels (liquid dispersed in solid). Analytical techniques like microscopy, scattering, and electrophoresis can help identify and characterize colloids.
it really depends what time of fruit is it and their mass
A sliding scale is a flexible pricing structure where costs vary based on factors like income, resources, or ability to pay. It enables individuals to access services based on their financial situation, with fees adjusting accordingly. This system aims to make services more affordable and accessible for all individuals.
Surface tension is the property that enables a pin to float on water. It is the result of the cohesive forces between water molecules at the surface, creating a sort of "skin" that can support the weight of small objects like a pin.
Apple (Malus domestica) - Dispersed by animals like birds, with seeds enclosed in a fleshy fruit. Avocado (Persea americana) - Dispersed by mammals like squirrels, with seeds found in a large fruit. Cherry (Prunus avium) - Dispersed by birds, with seeds contained within a small fruit. Strawberry (Fragaria × ananassa) - Dispersed by animals like foxes, with seeds on the surface of the fruit. Raspberry (Rubus idaeus) - Dispersed by birds, with seeds within a small fruit. Coconut (Cocos nucifera) - Dispersed by ocean currents and floating in the water, with seeds inside a hard, fibrous shell. Blueberry (Vaccinium corymbosum) - Dispersed by birds, with seeds located within a small fruit. Kiwi (Actinidia deliciosa) - Dispersed by birds, with seeds enveloped in a fruit with fuzzy skin. Pineapple (Ananas comosus) - Dispersed by animals such as bats, with seeds concentrated in the center of the fruit. Mango (Mangifera indica) - Dispersed by animals like monkeys, with seeds surrounded by a juicy fruit.
It reproduce from spliiting/ explosive action.
Birds eat the strawberries (fruit) and excrete the seeds as they are flying.
The neem disperse its seeds by animals such as fruit bat.... answered by Eman grade 5
The means by which seeds are dispersed depend on a seed's structure, composition, and size. Seeds dispersed by water are found in light and buoyant fruits, while those dispersed by wind may have specialized wing-like appendages. Examples are - Winged fruits of Dipterocarus, Holoptelia, Hiptage and Shorea etc.
Angsana is dispersed by wind. It has a wind-like structure.
The inside of a fruit like an orange is able to conduct electricity because its juice is acidic in nature and therefore contains the ions that enables it to conduct electricity.
Angsana is dispersed by wind. It has a wind-like structure.
a siphon
The microscope will be able to help you see the cell structure and not the dna of the fruit.
(1) seed develops inside fruit → seed is dispersed → seed germinates → plant grows (2) seed is dispersed → seed develops inside fruit → seed germinates → plant grows (3) seed germinates → plant grows → seed is dispersed → seed develops inside fruit (4) seed is dispersed → plant grows → seed germinates → seed develops inside fruit The answer is number 1.
Yes, the Angsana fruit (from the Angsana tree, a type of Dipterocarp species) has a distinctive wing-like structure that helps it disperse with the wind when it falls from the tree. These wings assist in carrying the fruit to new locations for seed dispersal.