Crops

Biochar Trial 2 - Design [Draft]

Biochar Trial Photos
Empty Planting Trays on Rack Fine Wet Processed Charcoal Settling in Flask Bamboo Feedstock Softwood Chip Feedstock
Empty Planting Trays on Rack Fine Wet Processed Charcoal Settling in Flask Bamboo Feedstock Softwood Chip Feedstock
Charcoal Production in Woodgas Stoves Charcoal Grades Char Measurement  
Charcoal Production in Woodgas Stoves Charcoal Grades Char Measurement  
Amended Pots Prior to Mixing Pots Mixed and Seeds Sown Growth After 9 Days Wheat and Peas Seperated to Avoid Shading
Amended Pots Prior to Mixing Pots Mixed and Seeds Sown Growth After 9 Days Wheat and Peas Seperated to Avoid Shading

Some design features below:
Exploring interaction effects of feedstock type, soil, char application
rate, crop species, char size, fertilization, and mycorrhizal fungi.
No repetition (n=1), this loses the ability to assign a statistical
significance level to results, but allows more interactions (96 unique
combinations, 96 pots) to be tried given limited resources.

Charcoal produced in WoodGas stoves.
Char yield 12-18% (char mass/air dry biomass mass) (ie not adjusted to conventional dry weight yield unit, yet).
Fine Char - Blended and sieved to 230 mesh (<63 micron).
Coarse Char - Blended and sieved to between ~24 mesh - 8 mesh.
Fertilizer - 4-4-4 NPK Organic (bone meal, feather meal...)
Potting Soil - Potting Mix
Sandy Soil - Mixture of Horticultural Sand and Sandy Loam from Central Valley

Pots arranged in random spatial order (to randomize light/watering variation). Trays rotated to limit effects of light/watering variation.
Automatic drip emitter watering. Pots grown in enclosed cage outdoors.

Blocks - ( 8 pots/block)
    Fertilizer {Yes,No}
    Plant {Wheat, Pea}
    Soil {Sandy, Potting}

Blocks - (12 blocks * 8 pots/block = 96 pots)
    B1 -    Char (0 g)
    B2 -    Char (1 g, Pine, Fine)
    B3 -    Char (1 g, Pine, Coarse)
    B4 -    Char (1 g, Bamboo, Fine)
    B5 -    Char (1 g, Bamboo, Coarse)
    B6 -    Char (5 g, Pine, Fine)
    B7 -    Char (5 g, Pine, Coarse)
    B8 -    Char (5 g, Bamboo, Fine)
    B9 -    Char (5 g, Bamboo, Coarse)
    B10 -   Char (0 g) + Mycorrhizae
    B11 -   Char (5 g, Pine, Coarse) + Mycorrhizae
    B12 -   Char (10 g, Pine, Coarse)
 

MOISTURE CHARACTERISTICS OF THE ARTIFICIAL MEDIA

Last updated April 22, 2007

MOISTURE CHARACTERISTICS OF THE ARTIFICIAL MEDIA COMPOSED OF RICE HUSK AND DEMONSTRATION ON SWEET POTATO CULTIVATION
S.Yamanaka1, A.Tanaka2, K. Nakaji3
1Department of Bioproduction Environmental Science, Kyushu University, 6-10-1,
Hakozaki, Higashi-ku, Fukuoka 812-8581, Japan. ytsimsk@agr.kyushu-u.ac.jp
2Coastal Bioenvironment Center, Saga University, 152-1, Shonan-cho, Karatsu 847-0021,
Saga, Japan. tanakaa@cc.saga-u.ac.jp
3University Farm, Kyushu University, Kasuya-cho, Kasuya-gun, Fukuoka 811-2307,
Japan. knkjfam@mbox.nc.kyushu-u.ac.jp

ABSTRACT

Preliminary study of application effect of bamboo vinegar on vegetable growth

Last updated April 15, 2007

Preliminary study of application effect of bamboo vinegar on vegetable growth
Forestry Studies in China, 2006

Mu Jun 1 Contact Information, Yu Zhi-ming 1, Wu Wen-qiang 2 and Wu Qing-li 3
(1) College of Materials Science and Technology, Beijing Forestry University, Beijing, 100083, P. R. China
(2) Beijing Soil and Fertilizer Station, Beijing, 100029, P. R. China
(3) Beijing Forestry University Forest Science Co., Ltd, Beijing, 100083, P. R. China

Potential of carbon sequestration by carbonizing wood residue from industrial tree plantation as a Clean Development Mechanism

Last updated March 09, 2007

Potential of carbon sequestration by carbonizing wood residue from industrial tree plantation as a Clean Development Mechanism project in the Kyoto Mechanism
Okimori,Y.Takahashi,F. Ogawa,M. (KANSO) Yamanaka,T.(Kansai Electric Power) U of Georgia Presentation 2004

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