Soil Fertility Testing Market - Pmr Market Insight Report 2016 to 2022

Soil Fertility Testing Market - PMR Market Insight Report 2016 to 2022

Persistence Market Research

Soil Fertility Testing Market - PMR Market

Insight Report 2016 to 2022

Persistence Market Research

1

Soil Fertility Testing Market - PMR Market Insight Report 2016 to 2022

Persistence Market Research Released New Market Report on “Soil Fertility

Testing Market - PMR Market Insight Report 2016 to 2022”.

Soil fertility testing is the technique used to test the physical and chemical

constituent of soil. Soil fertility testing includes the structure of the soil, aeration in

the soil and drainage in the soil. It also includes the ease with which roots

penetrates the soil. Various factors that affects the physical characteristics of the

soil are soil management, soil type and organic matter present in the soil. However

chemical fertility of the soil includes various factors such as pH and nutrients

present in the soil. Various nutrients present in the soil includes hydrogen, carbon

and oxygen. Another way to test the soil fertility is by checking the biological

fertility which includes checking the activity of the microorganisms within the soil.

Apart from this soil fertility can be tested by various other methods such as by field

observing, laboratory testing and soil assessments. Field observation method

includes smell and color.

Global soil fertility testing market is segmented on the basis of type, laboratory

methods, soil assessment methods and region. Based on the type segmentation

includes physical, chemical testing and biological testing. Of which physical testing

segment is expected to be the dominating segment, followed by other segments.

On the basis of laboratory methods used to test the soil fertility, the market is

segmented into monitoring organic matter levels, microscopy, plate counts,

organism activities, fumigation and molecular methods. Among all the segments of

the soil fertility testing market monitoring organic matter levels is expected to...