Anions in Soil

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Anions in Soil Specification

CAS No
Varies based on the anion type (e.g. NO3-: 14797-55-8 SO4-2: 14808-79-8)

Density
Gram per cubic centimeter(g/cm3)

Solubility
Highly soluble in water

EINECS No
Varies by anion type

Molecular Formula
Varies by anion type (e.g. NO3- SO4- Cl-)

Usage
Used to identify nutrient availability and soil health for crops

Structural Formula
Depends on the anion type (e.g. NO3- for nitrate SO4-2 for sulfate)

Ingredients
Anions such as nitrate (NO3-) sulfate (SO4-2) chloride (Cl-) in soil samples

Application
Environmental monitoring soil fertility assessment agricultural management

Storage
Store soil samples in a cool dry place and test solutions in sealed containers

Shape
N/A in solution form; associated with molecular geometry of the anions

Purity
Depends on the composition of soil extract and test preparation

Properties
Ionic compounds high solubility in water essential for plant nutrition

Physical Form
Other

Smell
Odorless

Grade
Analytical grade (tests for determining soil composition)

Poisonous
NO

HS Code
3822.00

Appearance
Typically analyzed as a clear or slightly cloudy solution when extracted

Taste
Neutral

Ph Level
Depends on concentration and anion type; generally pH neutral to slightly acidic or alkaline

About Anions in Soil

Anions in Soil are crucial for assessing soil fertility and agricultural management. These ionic compounds, such as nitrate (NO3-), sulfate (SO4-2), and chloride (Cl-), play a vital role in plant nutrition and environmental monitoring. They are highly soluble in water and are typically analyzed as clear or slightly cloudy solutions when extracted. Known for their neutral taste and odorless properties, these compounds are non-poisonous and safe to handle. Analytical-grade anions are tested to identify essential soil nutrients, ensuring healthy crop growth and environmental balance. Their molecular formula, structural geometry, pH levels, and purity depend on the soil sample composition and the specific anion type. For accurate results, anion solutions should be stored in dry, cool conditions within sealed containers. Common applications include soil fertility evaluation and environmental monitoring, supporting sustainable agricultural practices. The solubility and ionic properties of these compounds are indispensable for evaluating plant nutrient availability and maintaining soil health.