The place where the organism lives and inhabits is called or , which includes not only but a

Answer. I put it in parentheses:

The place where organisms live and inhabit is called (community) or (population), which includes not only (organic environment) but also (inorganic environment); Soil can provide plants with (water), inorganic elements and (organic matter); The water environment is more stable than that of terrestrial organisms, and the water dissolves (oxygen O2) (trace element [sodium ion or something]) (inorganic salts) and temperature changes are relatively (large) aquatic plants are more than terrestrial plants (simple structure) The morphology and living habits of organisms are (influenced or adapted) by the natural environment in which they live, which reflects the (adaptability) of organisms and the environment, and the survival of organisms is not only affected by the (living) environment, but also by the (natural) environment.

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The biosphere or [], including the [organic environment] and also the [inorganic environment], provides [water] [inorganic] [] water environment than terrestrial organisms? There is no comparison between this, there are [various ions] dissolved in water, [] is slower, [consumes more sugars], [adaptive], [mutual selectivity], [organic] [inorganic].

habitat) biological environment ) and (inorganic environment )

Explanation: The biological environment includes the same species of organisms and different species of organisms around it.

Inorganic environments include water, air, temperature, soil, pH.

Habitat) (habitat) (biological environment) (inorganic environment) (water) (nutrients) (oxygen) (simple).

habitat) biological environment ) and (inorganic environment )

<> fungi. The variety of existence is vast and diverse. The role of only a few of these fungi is understood, and the rest is almost unclear.

Actinomycetes. It has the ability to decompose organic matter such as mold. Most of them belong to the production of anti-biomass fungi, which have the effect of inhibiting pathogenic bacteria next to the rock.

Filamentous fungi.

That is, there are more than 100,000 types of mold. A very small number of filamentous fungi are known to be pathogenic bacteria that cause disease in vegetables.

Algae. In addition to water, there are many species of algae that are also present in the soil. Some algae absorb nitrogen from the air.

Earthworm. Earthworms can eat and excrete coarse lead oak soil containing humus, and are the help of cultivated soil to promote soil agglomeration.

Ticks and mites. Soil animals smaller than 1 mm. The soil is home to many predatory and parasitic ticks.

Protozoa. Single-celled protozoa that move to prey on and decompose organic matter, paramecium, euglena algae, etc.

Nematodes. Tiny soil fauna smaller than a few millimeters. There are many species, and only a small part of them are parasitic on the roots of vegetables.

Nail mites. of small herbivorous soil animals, which are also the most abundant soil animals in the soil. Survive by breaking down fallen leaves.

Jumping insects. Soil animals smaller than a few millimeters decompose mold and algae for survival. Known as the "plankton of the earth", it plays an important role in the material cycle.

The life activities of soil organisms depend to a large extent on the physical and chemical properties of the soil, the main ones are soil temperature, humidity, aeration and gas composition, pH, the amount of organic matter and inorganic matter, and the composition of panicles. Agricultural technical measures, including farming

Cultivation, fertilization, irrigation, drainage and pesticide application can also affect the life activities of soil organisms. Under certain conditions, measures such as delayed vaccination can also be used to purposefully increase the number and biochemical intensity of a certain microorganism.

Soil is the main body of nature composed of layers of minerals of different thicknesses. The difference between soil and parent layer is manifested in morphology, physical properties, chemical properties and mineralogical properties. Due to the interaction of the earth's crust, water vapour, atmosphere and biosphere, the soil layer is different from the parent layer.

It is a mixture of minerals and organic matter, in solid, gaseous and liquid states. Loose soil particles combine to form a form of soil filled with gaps. These pores contain dissolved solutions (liquids) and air (gases).

As a result, soils are often seen as having multiple states. Soil is a loose layer of material on the earth's surface, composed of various granular minerals, organic matter, water, air, microorganisms, etc., which can grow plants.

Plants are one of the main forms of life and include familiar organisms such as trees, shrubs, vines, grasses, ferns and green algae. Most plants depend on soil for survival. If there is no soil, there will be no many plants, and the whole living system will be affected.

Because plants survive through air, water, and sunlight. This is something that humans and animals can't do. Know that animals survive by eating other animals and plants.

Living systems depend on the food chain to sustain them, and plants are at the end of the food chain and are the basis for maintaining living systems. Without plants, living systems are like trees without roots and water without sources. A living system cannot be without any link in the food chain.

Otherwise, the entire living system will collapse.

Many plants live on soil suitable for plant growth, and plants support animals, so it is true that soil is the common home of humans, animals and plants.

The environmental part of biological life, that is, the non-living part, has sunlight, water, air, soil, temperature, etc. Among them, the basic conditions required for the survival of organisms are: nutrients, sunlight, air and water, as well as suitable temperature and a certain living space Soil is only the foothold of terrestrial organisms, and it is the environmental part, but it is not the basic condition for the survival of organisms It can be seen that c is in line with the topic

Therefore, c

The environmental part of biological life, that is, the non-living part, has sunlight, water, air, soil, temperature, etc. Among them, the basic conditions required for the survival of organisms are: nutrients, sunlight, air and water, as well as suitable temperature and a certain living space Soil is only the foothold of terrestrial organisms, and it is the environmental part, but it is not the basic condition for the survival of organisms It can be seen that c is in line with the topic

Therefore, c

The environment of living organisms not only refers to the place of life, but also includes various factors in the environment that affect the life of organisms Various factors in the environment that affect the life of organisms are called environmental factors, which are divided into abiotic factors and biological factors Abiotic factors include: light, temperature, water, air, soil, etc., and biological factors refer to all other organisms in the environment that affect the life of a certain biological individual, including biological individuals of the same species and different species

So the answer is: