Transport in plants: Water potential, osmosis

Excretion Plants

When you drink a lot of water, you know you’ll need to pee a lot sooner or later, right? Do you know why this is the case? This is due to the fact that our kidney filters our blood and gathers all waste products in our urine bladder, which we then expel. Excretion is a […]

Excretion Plants Read More »

Biology, Class 11, NEET, Plant Physiology, Transport in plants: Water potential, osmosis

Examples of Plasmolysis Are

When plant cells are submerged in a solution containing more solutes than the cell, they lose water. This is known as a hypertonic solution. Water flows out of the cells and into the surrounding fluid due to osmosis. As a result, the protoplasm, or all of the material on the cell’s interior, shrinks away from

Examples of Plasmolysis Are Read More »

Biology, Class 11, NEET, Plant Physiology, Transport in plants: Water potential, osmosis

Example of active transport in plants

The process by which materials move from a lower concentration to a greater concentration is known as active transport. Molecules can migrate from one side of a cell wall to the other using adenosine triphosphate (ATP, which is required for cellular energy). Continue reading to learn about active transports in plants and animals. Example of

Example of active transport in plants Read More »

Biology, Class 11, NEET, Plant Physiology, Transport in plants: Water potential, osmosis

Eutrophication

Eutrophication is the continuous increase of phosphorus, nitrogen, and other plant nutrients in an aged aquatic habitat, such as a lake. As the amount of organic material that can be broken down into nutrients grows, so does the productivity or fertility of such an ecosystem. This material enters the environment mostly from runoff from land,

Eutrophication Read More »

Biology, Class 11, NEET, Plant Physiology, Transport in plants: Water potential, osmosis

Algae: Characteristics, Types and Examples

Introduction Alga is a name that characterises a huge and varied group of eukaryotic photosynthetic organisms. They do not have the same ancestor, and might not be related to one another. Good examples of multicellular algae are the massive kelp and brown algae. Euglenophyta, dinoflagellates and diatoms are good examples of unicellular algae. The majority

Algae: Characteristics, Types and Examples Read More »

Biology, Class 11, NEET, Plant Physiology, Transport in plants: Water potential, osmosis

Epiphytes

Epiphytes are a type of organism that develops on the exterior of other vegetation. On the other hand, some epiphytes may be created on rocks or stones and a few other support surfaces. While certain epiphytes harm plants, the large bulk is not a parasite. Instead of relying on the plant for nourishment, they typically

Epiphytes Read More »

Biology, Class 11, NEET, Plant Physiology, Transport in plants: Water potential, osmosis

Endosmosis

This phenomenon occurs when the water potential outside of the cell is higher than the water potential within the cytoplasm of the cell.  Solute concentration in solution around a cell is less than solute concentration in the cytoplasm, as a result of this difference in concentration. When  Endosmosis occurs  water molecules migrate through the cell

Endosmosis Read More »

Biology, Class 11, NEET, Plant Physiology, Transport in plants: Water potential, osmosis

The Process of Plasmolysis

Plasmolysis In a hypertonic solution, plasmolysis is the water loss by cells. If the cell is in a hypotonic solution, deplasmolysis or cytolysis can occur, resulting in a reduced external osmotic pressure as well as a net flow of water into the cell. It is feasible to detect the tonicity of the cell’s surroundings as

The Process of Plasmolysis Read More »

Biology, Class 11, NEET, Plant Physiology, Transport in plants: Water potential, osmosis

Ectomycorrhizae and Endomycorrhizae

The most well-known symbiotic fungus is those that develop mycorrhizal associations and those that generate lichens by forming partnerships with algae. A significant number of fungi infect plant roots by developing a mycorrhizal relationship with the plants. This relationship is distinct from typical root infection, which is the cause of root illnesses. Mycorrhiza is a

Ectomycorrhizae and Endomycorrhizae Read More »

Biology, Class 11, NEET, Plant Physiology, Transport in plants: Water potential, osmosis

Economic Importance of Algae

The term ‘algae’ refers to numerous different organisms which are capable of processing photosynthesis to produce oxygen. The algae belong to the Protista kingdom and are found in a variety of forms and sizes. They are seen to exist as single, microscopic cells; also they can exist as macroscopic and multicellular; they usually live in

Economic Importance of Algae Read More »

Biology, Class 11, NEET, Plant Physiology, Transport in plants: Water potential, osmosis