These wild flowers (also known as perennial plants) grow freely as many consumers are evacuated during a fire. This may last for some years until the previous plant germinates and begins to regrow. Chaparral plants can quickly regenerate and invade the area of flowers. This is necessary for environmental stability and ensures future success. The flowers in the flower are trapped in the soil and are released when there is the next fire. The entire process is called secondary inheritance.
The jungle environment is very harsh. The annual rainfall is between 12 and 24 inches and the rainfall is 85% between November and April. Summer is hot and dry, Fahrenheit is over 104 degrees. The boundary of the jungle is the coastal sage along the boundary between the coniferous forest along the grassland, the elevation of the low and low altitude, and the height and tide height. Many kinds of jungles are recognized by their major shrub species or geographical location. There are chamfered plexus, frosted oak, ceanothus chaparral, manzanita chaparral, desert jungle and island mass. Mountain chaparral is a type of cold adaptation spreading to coniferous forests of up to 10,000 feet.
Brandy Laza, dirt: vegetation is cleared like this. The increasingly rare jungle and coastal sage shrub vegetation has been removed due to "fire", creating an interference state favorable to the Mediterranean lawn. As a result, Mediterranean lawns occur more often than the jungle, easier to burn, more frequent fires in the jungle - emphasize fire-dependent ecosystems - the ability to recover and cause systemic changes It is. Safety in rural areas that bring fire to urban residents, expectations for no-fire environments means that people think they will escape the destruction of nature enjoyed by cities. The land around them have been flattened out, but since the truth is that the fire in this area is moved by the wind, there are still millions of dollars to protect these houses. They can easily jump over 300 feet and know that the embers are moving further away
The coastal sage shrub ecosystem we studied was a soft cluster of plant communities, evolved from trees and herbaceous plants in dry climates, most closely resembling the Mediterranean shrubs. Summer is hot and dry climate, sustained drought of at least 1 month, cool and humid winter. Water remains deep inside the soil, and shrubs acquire the majority of nutrients compared to shrubs. The vegetation in this area adapts to the fire and reduces nutrients in the soil. This system consists of most deciduous plants, a few evergreen plants, a height of 5 to 8 meters, and several woody stems with very low biodiversity. Shrubs in this environment have many advantages, and their success depends on their ability to compete for nutrition, energy and space. They have structural alterations to improve light blocking, heat dissipation and evaporation.