Succession

Inheritance is a place where colonized areas with pioneer species can gradually change and other more complex species can colonize the area and replace the pioneer. The existence of Pioneer species means the main heritage, which is basically colonization of bare rock. Abiotic conditions are extreme, the climate is very harsh and can only survive by pioneering species. An example of a pioneer species is licheny, which exists in the shore of the coast.

Second inheritance is one of two ecological inheritance types of plant ecosystems. In contrast to the first large succession, secondary inheritance is a process that begins with events (forest fires, harvests, hurricanes, etc.) that reduce established ecosystems (such as forests and wheat fields) to fewer individuals. And in this way secondary inheritance occurs in existing soil, but primary inheritance usually occurs where the soil is missing. Many factors, such as nutritional interactions, initial composition, and competition-colonization tradeoffs may affect secondary inheritance. Factors controlling the richness of species are primarily seed production and spread, microclimate, landscape structure (customary plaque size and distance from external seed sources), bulk density, pH, soil quality (Sand and clay)

The main difference between primary inheritance and secondary inheritance is the quality of soil. Secondary inheritance does not require soil formation or soil formation. For example, primary inheritance occurs in a barren land previously covered with glacier, and secondary inheritance will take place in the land after a forest fire. Wildfires can destroy all plants and drive animals, but ash and decomposed organic matter can enrich the soil, life begins with germination of the roots and buds, and already in the soil It begins from the seeds that exist. However, in the case of a retreating glacier, this land has not supported life for hundreds of thousands of years and does not contain organic matter.

Primary inheritance is one of two biological and ecological plant life inheritance that occurs in new media, such as lava flows and degraded glaciers, which are normally not plants lacking soil or other organisms deposited . The remaining area. In other words, this is an ecosystem that has grown over the long term. In primary inheritance, pioneering species such as lichens, algae, fungi, and other abiotic factors such as wind and water begin "normalizing" the habitat. Primary succession begins with rock areas such as volcanoes and mountains, or where there is no livelihood or soil. Primary inheritance leads to optimum conditions for vascular plant growth; soil formation or soil formation, increase in shadow volume is the most important process