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34 Cards in this Set

  • Front
  • Back

Why are soils classified in terms of solid phase rather than liquid or gaseous phases

Because solids compose 45% of soil composition and is more stable in nature.

Ions have what

A charge

Cations

Postively Charged Ions


ex. NH4+

Anions

Negatively Charged Ions


ex. NO3-

Organic

Contains Carbon

3 Phases of Soil

1. Solid


2. Gaseous


3. Liquid

4 Components of Soil

1. Mineral - Solid


2. Organic (carbon) - Solid


3. Gaseous


4. Liquid

Ca++ or Ca2+


Calcium


- required plant nutrient


- Macronutrient


- Cation

Mg++ or Mg2+


Magnesium


- required plant nutrient


- Macronutrient


- Cation

K+


Potassium


- required plant nutrient


- Macronutrient


- Cation

Na+



Sodium


- required plant nutrient


- toxic in high concentrations


- Cation

NH4+


Nitrogen as ammonium


- Macronutrient


- Cation

NO3-


Nitrogen as nitrate


- form taken in by plants


- macronutrient


- anion

CO2

Carbon


- macronutrient taken in from air & water


- roots give-off during respiration

O2

Oxygen


- non-fertilizer macronutrient


- root take in during respiration

H2O

Hydrogen


- non-fertilizer macronutrient

Cu2+

Copper


- micronutrient


- cation

Fe2+ or Fe3+

Iron


- micronutrient


- cation

Mn++

Manganese


- micronutrient


- cation

Ni++

Nickle


- micronutrient


- cation

Zn++

Zinc


- micronutrient


- cation

Cl-

Chloride


- micronutrient


- anion

(Co2+)b

Colbalt


- micronutrient


- cation

BO2-

Boron as boric acid or borate


- micronutrient


- anion

MoO4 2-

Molybdenum


- micronutrient


- anion

NH+3

Anhydrous Ammonia


- fertilizer form

Monovalent cations have a...

+ charge or one plus charge

Divalent cations have a...

+2 charge

Ammonium cations have a...

+4 charge

How do high concentrations of Hydrogen effect the ph of the soil?

Elevate the ph

Compounds ending in 'ate'

Have an O2 bond

C.B. HOPKiNS CaFe


Closed Monday Morning and Night


See You Zoon, the Mg

The 17 essential elements used by plants, both macro and micro.

The essential macronutrients used by plants.

Gases


Carbon (CO2)


Hydrogen (H20)


Oxygen (O2, H2O)


Cations


Calcium (Ca2+)


Magnesium (Mg2+)


Nitrogen as ammonium (NH4+)


Potassium (K+)


Anions


Nitrogen as nitrate - form taken in by plants (NO3-)


Phosphorus (H2PO4- dihydrogen phosphate) or (HPO4 2-) monohydrogen phosphate)


Sulfur (SO4 2-)

The essential micronutrients used by plants.

Cations


Copper (Cu2+)


Iron (Fe2+)


Manganese (Mn2+)


Nickle (Ni2+)


Zinc (Zn2+)


Anions


Boron (H3BO3) (H4BO4-)


Chlorine (Cl-)


Molybdenum (MoO4 2-)