Fertility

Amelioration of Shallow and Compact Soils Through Charcoal and Humic Material Amendment

Amelioration of Shallow and Compact Soils Through Charcoal and Humic Material Amendment
Paul Seger, University of Tennessee, Knoxville, TN

Potential Benefits of Charcoal and/or Humic Materials
•Highly resistant to microbial breakdown
•Functional groups provide exchange sites
–Increase nutrient retention
–Assist pH buffering capacity
•Encourages aggregation
–Development of soil structure
–Benefit to available water holding capacity


Effects of Soil Microbial Fertility by Charcoal in Soil

Effects of Soil Microbial Fertility by Charcoal in Soil
Makoto Ogawa, Kansai Environment Engineering Center, Kansai Electric Power Co. Ltd, UGA Conference 2004

Characteristics and Function of Charcoal

1.Porous substance with high water and air holding capacity; Suitable habitat for some microbes and plant growth, good material for soil amendment, absorption of chemicals and humidity control

2.High alkalinity ; Neutralization of acidic soil and improvement of chemical components of soil and


"Burning is bad for you" post

there is an interesting thread here with questions that need answereing
It is from ausergroup who want to use less chemical fertiliser.
SEE
http://groups.google.com/group/Fossil-Free-Landscaping/browse_frm/thread/f593a12c1c943bcd/#
Chris Shorb wrote:
. . .
2-Burning anything is toxic. Benzo-pyrene is a nasty chemical which
actually CAUSES cancer. Anytime we burn organic matter at normal low
temperatures (charcoal, bonfires, open flames, etc.) we create
benzo-pyrene exhaust. Smoking, barbecuing, campfire smoke, candle


Soil Fertility and Fertilizer Use

Soil Fertility and Fertilizer Use
Krishniworld, The Pulse of Indian Agriculture


Isolating Unique Bacteria from Terra Preta Systems: Culturing and Molecular Tools for Characterizing Microbial Life

Isolating Unique Bacteria from Terra Preta Systems: Using Culturing and Molecular Tools for Characterizing Microbial Life in Terra Preta
O'Neill, Brendan Grossman, Julie Tsai, S.M. Gomes, Jose Elias Garcia, Carlos Eduardo Solomon, Dawit Liang, Biqing Lehmann, Johannes Thies, Janice
Poster presentation from the 2006 World Congress of Soil Science in Philadelphia, PA
16-Aug-2006

The greater fertility of Terra Preta (TP) soils is thought to be due to their high black carbon (BC) content, which contributes to increased nutrient and moisture retention, and increased pH.


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