WHAT ARE THE FUNDAMENTAL CLASSIFICATION OF BIOMES

(1) Terrestrial /land biomes
(2) Aquatic biomes (including freshwater biomes and marine biomes).
Biome classification schemes:-
(1) Anthropogenic biomes
(2) Earth floor Biomes
(3) Ecology biomes


OTHER TYPES OF BIOME 
Anthropogenic biomes: These are also known as anthromes, human biomes represent the global ecological patterns created by sustained direct human interactions with ecosystems. Anthrodpogenic biomes (Anthomes) offer a new way to understand one living planet by describing the way humans have reshaped its ecological patterns and processes. This system of anthome classes is divided into 6 groups.
1. Urban
2. Rangelands      
3. Villages
4. Forest
5. Wild lands
6. Croplands

(d) Ecozones: An ecozones is a certain geographical place that has certain weather characteristics. Ecozone is an area of the earth surface that represents a large ecological zone and has characteristic landforms and climate. Each ecozone is distinguished from others by its unique plants, wildly climate landforms, and human activities. They are also regions that are based on their ecological characters. These ecological characters will include the way that geological, landform, soil, vegetative, climate, water, wildlife, and human factors are connected to each other. Each ecozone may have been treated for different reasons than the other. An ecozone is the broadest biogeographic division of the earth’s land surface, based on distributional patterns of terrestrial organisms. Ecozones delineate large areas of the earths surface within which organisms shall been evolving in ratite Isolation over long period of time, separated from one another by geographic features, such as oceans broad deserts, or high mountain ranges, that constitute barriers to migration. As such, ecozone designations are used to indicate general groupings of organisms based on their shared biogeography. Ecozones are characterized by the evolutionary history of the organisms they contain. They are distinct from biomes, also known as major habitat types which are divisions of the earth’s surface based on life form or the adaptation of plants and animals to climatic, soil and other conditions. The patterns of plant and animal distribution in the world’s ecozones were shaped by process of  plate tectonics which has distributed the world’s land masses after geological history. Ecozones are useful because it allows people to bring together all the different environmental and human factors in each unique region.

(E) Ecoregion: A large area that includes generally similar ecosystems and that has similar types, qualities and quantities of environmental resources is known as an ecoregion. Purpose of ecological land classification is to provide information of ecosystems and ecosystem components. Federal agencies, state agencies and nongovernmental organizations responsible for different types of resources within the same area use this information to estimate ecosystem productivity, to determine probable responses to land management practices and other ecosystem disturbances and to address environmental issues over large forest diseases or threats to biodiversity. 

        In the mid 1905, the National inter-agency technical team (NITT) was formed to develop a common frame work of ecological regions for the nation. The intention is that the frame work will foster an ecological understanding of the land scape, rather than an understanding based on a single resources single discipline, or single agency perspective. Ecoregions reflect broad ecological patterns occurring on the land scape. In general, each ecoregion has a distinctive composition and pattern of plant and animal speeches distribution. Abiotic factors such as climate, land form, soil and hydrology are important in the development of ecosystems and thus help define ecoregions. Within an individual ecorigions, the ecological relationships between species and their physical environment are essentially similar. Ecoregions used in as a frame work for assessing the distribution and status of species and ecosystems makes biological sense, compared to using politically derived lines like country, state or national boundaries. Ecoregions also provide an ecological basis for partitioning the state into subunits for conservation planning purposes. 
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