Respuesta :
Answer:
The heat they generate
Explanation:
These geothermal vents have been known to release pressures that have been built up over time I'm the form of steam and really hot water. The article from which this question was drawn, goes on to say that the temperature of the ground around areas with the vents can go up to more than 150 degrees fahrenheit. The heat condition of this place was what made Rusty Rodriguez to wonder how plants were still able to survive in the soil.
So the answer is the heat they generate, since these vents generate great heat which normally would have made it difficult for plants to survive.
The characteristic of the geothermal vents made the survival of nearby plants so surprising is :
- The heat they generate.
These geothermal vents have been known to deliver pressures that have been developed after some time I'm the type of steam and truly boiling water.
The article from which this inquiry was drawn, proceeds to say that the temperature of the ground around regions with the vents can go up to in excess of 150 degrees fahrenheit.
The hotness state of this spot was what made Rusty Rodriguez to consider how plants were as yet ready to make due in the dirt.
An aqueous vent is a crevice on the ocean bottom from which geothermally warmed water releases. Aqueous vents are generally found close to volcanically dynamic spots, regions where structural plates are moving separated at spreading focuses, sea bowls, and areas of interest.
Aqueous vents are the consequence of seawater permeating down through crevices in the sea hull nearby spreading habitats or subduction zones puts on Earth where two structural plates move away or towards each other.
The cool seawater is warmed by hot magma and reappears to frame the vents. Â So the appropriate response is the hotness they create, since these vents produce extraordinary hotness which ordinarily would have made it hard for plants to get by.
For more information, refer the following link:
https://brainly.com/question/12377943
