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False - through the leaves, into air.
Chloroplasts are the organelles needed for photosynthesis and are found in the ground tissue of plants. Through the process of photosynthesis, chloroplasts capture sunlight and convert it into energy for the plant to use.
Plants get carbon dioxide from the air through tiny pores on their leaves called stomata. They absorb water and minerals from the soil through their roots. Sunlight is sourced from the sun and is crucial for driving the photosynthetic process within the plant.
Plants make their own food through a process called photosynthesis, where they convert sunlight, water, and carbon dioxide into glucose and oxygen. This process is crucial for the plant's survival and growth.
Chemical nutrients can move through an ecosystem through plants. The plants can extract chemical nutrients from the ground and when animals eat green plants, they transfer from plants to animals.
Well one way it can return to the atmosphere is it can evaporate and go up. Another way is that it can turn to runoff, water that cannot soak into the ground and instead flows across Earths surface.
Groundwater is renewed through the process of infiltration, where precipitation seeps into the ground and replenishes underground aquifers. It can also be replenished through the discharge of surface water into the ground, like rivers or lakes. This natural recharge process is essential for sustaining groundwater levels and supporting ecosystems.
When water seeps through the ground, it is commonly referred to as "groundwater infiltration" or "groundwater percolation." This process is important for replenishing underground aquifers and supporting plant growth.
Groundwater
Groundwater is created through the infiltration of precipitation and surface water into the ground, where it is stored in underground formations like aquifers. This process involves water percolating through soil and rock layers until it reaches a zone where the pore spaces are saturated, forming groundwater.
Groundwater is returned to the water cycle through a process called recharge. This occurs when water from precipitation or surface water infiltrates into the ground, eventually reaching the water table and replenishing the groundwater reservoir. From there, the water may be discharged back into surface water bodies through springs or wells, or it may evaporate and return to the atmosphere through transpiration from plants.
Water that does not run off the land surface can infiltrate into the ground, replenishing groundwater supplies. It can also evaporate into the atmosphere or be taken up by plants through a process called transpiration. This water may eventually make its way back into rivers and streams through groundwater flow.
Groundwater is replenished through a process called recharge, where water from precipitation, surface water bodies, or irrigation infiltrates through the soil and percolates down to the groundwater aquifer. This process helps maintain the water level in underground aquifers, allowing for sustainable use of groundwater resources.
When water goes into the ground, it undergoes a process called infiltration where it seeps into the soil and moves downward through pore spaces. As it infiltrates, the water can be taken up by plant roots, replenish groundwater sources, or contribute to surface water bodies like rivers and lakes through a process known as groundwater recharge.
Groundwater.
Surface water bodies are replenished through precipitation like rain and snowmelt. Groundwater is replenished through a process called infiltration, where precipitation seeps into the ground and fills underground aquifers.
Groundwater forms through the infiltration of precipitation into the ground, where it percolates through soil and rock layers to fill spaces and pores in underground formations called aquifers. This process allows water to be stored underground and accessed through wells and springs.