interception-is the store of water droplets by plant leaves as rainfall occurs; overland flow-describes water which runs downslope in unconcentrated form such as sheet floods,rills and rivulets._by Malcom kahonde
Interception in geography refers to the process by which precipitation is captured and stored by vegetation before reaching the ground. It plays a role in regulating the water cycle and affects how much water reaches the soil or runs off into rivers. Interception can vary depending on the type of vegetation, weather conditions, and land use.
The mouth is highly sensitive to viscosity because it helps with the detection of different food textures and consistency. Viscosity influences how foods flow and stick together in the mouth, affecting the overall mouthfeel and taste perception. This sensitivity is crucial for helping us distinguish between various food types and textures.
The border across which genes can flow between two populations is called a "gene flow barrier." This barrier can be physical, such as a mountain range or river, or it can be due to behavioral or ecological factors that limit gene exchange between populations.
warm-water
To construct a flow line map, first identify the locations and connections between them. Then, draw lines representing the flow or movement between these locations, with line thickness or color intensity varying based on the volume or importance of the flow. Include arrows to indicate direction if needed for clarity. Lastly, choose a clear and concise layout to effectively communicate the flow patterns.
Hortonian Overland Flow is characterized by pooling of water caused rainfall exceeding the rate at which water infiltrates the ground. It is most common in urban areas with paved surfaces.
Another name for surface runoff is overland flow.
Interception in geography refers to the process by which precipitation is captured and stored by vegetation before reaching the ground. It plays a role in regulating the water cycle and affects how much water reaches the soil or runs off into rivers. Interception can vary depending on the type of vegetation, weather conditions, and land use.
Human causes of overland flow include urbanization, which increases impervious surfaces like roads and buildings, preventing water from infiltrating into the ground; deforestation, which reduces vegetation that helps absorb and slow down water; and poor land management practices such as excessive tilling or removal of natural water-absorbing features like wetlands. These activities can exacerbate overland flow and lead to increased flooding and erosion.
The surface flow is of two types 1. saturated flow, which is caused due to saturation of soil and 2. Hortonian flow, which is caused due to excess rainfall intensity. When the rainfall intensity exceeds the infilatration capacity of the soil, Hortonian flow takes place.
Some famous hydrologists include Luna Leopold, whose research revolutionized the field of fluvial geomorphology, and Walter Langbein, who made significant contributions to the study of groundwater flow. John Wesley Powell is another notable hydrologist, known for his exploration of the Colorado River and his work on water resource management in the western United States.
A heat conductor allows heat to flow easily through it due to the movement of free electrons, such as metals. An insulator, on the other hand, inhibits the flow of heat due to the lack of free electrons or tight bonding between atoms, such as rubber or wood.
DSS is more focused on senior management/leadership influencing strong company direction, and decisions. MIS focuses on information flow relationships.
Arterioles are smaller vessels that carry blood away from the heart, while venules are smaller vessels that carry blood back to the heart. By observing the direction of blood flow and the presence of valves (which venules have), one can distinguish between arterioles and venules in the frog's foot vasculature.
businesses purchase what they use to produce goods and services. Resources are in the form of labor, natural resources, capital, and entrepreneurship, all of which are supplied by households.
difference between laminar air flow & reverse laminar air flow
It doesn't flow between the atriums because there is a wall.