ASA Section: Environmental Quality Session: Biochar Effects On Soils, Plants, Waters, and Greenhouse Gas Emissions: II (ASA, CSSA and SSSA Annual Meetings (Cincinnati, OH- Oct. 21

80Biochar Effects On Soils, Plants, Waters, and Greenhouse Gas Emissions: II

Poster Session

ASA Section: Environmental Quality

Biochar may have beneficial primary or secondary effects on soil properties and plant yields, reduce soil greenhouse gas emissions, and be useful sorbent for metals, pesticides, and other agrochemicals. Biochar agronomic impacts have focused on biotic and abiotic factors following land application. However, further research is needed to further elucidate mechanisms and develop guidelines for biochar utilization, as not all biochars are created equal; individual biochars may address different soil constraints. This topical session brings together scientists focused on all facets of biochar research, to generate discussion of results and provide a forum to mold future directions of collaborative investigation.

Cosponsor(s):

Biochar: Agronomic and Environmental Uses Community

Monday, October 22, 2012: 4:00 PM-6:00 PM

Duke Energy Convention Center, Exhibit Hall AB, Level 1

Community Leader:

James Ippolito

Organizer:

Kurt A. Spokas

Presiders:

Kurt A. Spokas and James Ippolito

80-1

230

Aminocyclopyrachlor Sorption in Biochar and Activated Charcoal Amended Soils.
Jennifer Rittenhouse, USDA-ARS; Pamela Rice, United States Department of Agriculture - Agricultural Research Service; Kurt A. Spokas, USDA-ARS; William Koskinen, United States Department of Agriculture - Agricultural Research Service

80-2

231

Compost and Biochar As Amendments for Reclaiming a Saline-Sodic Soil Using Recycled Water.
Vijayasatya Chaganti, University of california, Riverside; Namratha Reddy, University of California, Riverside; David Crohn, University of California, Riverside

80-3

232

Effects of Biochar Use On Greenhouse Gas Emissions From Organic Farming In the Ohio Valley.
Andrew G. Schneider, University of Cincinnati; R. Alan Wight, University of Cincinnati; Amy Townsend-Small, University of Cincinnati

80-4

233

Agglomeration of Biochar for Agronomic Use.
Amir Hass, West Virginia State University; Harry Godwin, USDA-ARS; Javier Gonzalez, USDA-ARS-NSERL; Ken Moss, Piedmont Bioproducts; Richard Zobel, USDA-ARS, Plant Science Research Unit

80-5

234

Quantitative Prediction of Biochar Soil Amendments by near-Infrared Reflectance Spectroscopy.
Ross M. Allen, Pioneer Hi-Bred International, Inc; David A. Laird, Iowa State University

80-6

235

Interaction Effects Between Biochar and Fertilization Levels On Plant Production and N Losses.
Engil Pereira, University of California, Davis; Rafaela F. Conz, University of California Davis; Johan Six, University of California, Davis

80-7

300

Biochar Addition Rate Controls GHG Fluxes, Soil Priming, and Microbial Community Composition in Temperate Soils.
Catherine E. Stewart, USDA-ARS; Karolien Denef, Colorado State University; Jorin Botte, Colorado State University; Jesus D. Gomez, Universidad Autonoma Chapingo; Jiyong Zheng, Northwest A & F University; M. Francesca Cotrufo, Colorado State University

80-8

301

Crop, Soil, and Greenhouse Gas Emission Response to Biochar As a Soil Amendment for Corn (Zea mays L.) and Wheat (Triticum aestivum L.).
Emily Evans, University of Minnesota; Paulo Pagliari, University of Minnesota; Jeffrey Strock, University of Minnesota

80-9

302

Land Application of Gasification Biochar.
Nathan Nelson, Kansas State University; Andrew Miller, MRI Global; Andrew Heggenstaller, MRI Global; Arthur Fink, Kansas State University; Albert Bennett, ICM Inc.

80-10

303

Nutrient, Carbon and Salt Release From Poultry Litter Biochar.
Joshua Cook, West Virginia University; Louis McDonald, West Virginia University; Walter E. Veselka, West Virginia University; James T. Anderson, West Virginia University

80-11

304

The Effect of Co-Application Pine Chip Biochar and Poultry Litter On N Mineralization.
Julia Gaskin, University of Georgia; Harry Schomberg, USDA-ARS; Keith Harris, University of Georgia; Robin Woodroof, USDA-ARS; K. C. Das, University of Georgia

80-12

305

Perennial Legume Seedling Growing After Additions of Biochar and Cow Manure in a Degraded Amazonian Oxisol.
Newton Falcao Sr., National Institute for Amazonian Research; Elson da Costa Passos, National Institute for Amazonian Research; Danielle Monteiro de Oliveira, National Institute for Amazonian Research; Nicholas Comerford, University of Florida

80-13

306

Cancelled

80-14

307

Phosphorus Dynamics in the Soil and Crop Upon Sewage Sludge Biochar Application.
Hideki Kawamata, Soka University; Shinjiro Sato, Soka University

80-15

308

Leachability and Plant Absorption of Heavy Metals From Sewage Sludge Biochar.
Mieko Yachigo, Soka University; Shinjiro Sato, Soka University

80-16

309

Improvement of Soil Physical Quality by Organic and Inorganic Amendments.
Atanu Mukherjee, The Ohio State University; Rattan Lal, Carbon Management and Sequestration Center

80-17

310

Biochar, Compost, and Microbial Soil Amendments to High Tunnel Organic Romaine Lettuce.
Gordon K. Stearman, Tennessee Tech University; Randy Dodson, Tennessee Tech University; Ray Handley, Tennessee Tech University; Cole Patton, Tennessee Tech University; Judson Mofield, Tennessee Tech University; Jordan Dixon, Tennessee Tech University; Michael Gilbert, Tennessee Tech University; Sue Ann Smith, Tennessee Tech University; Jacob Jones, Tennessee Tech University

80-18

311

Improved Biomass, Essential Oil, and Flavonoid Yield of Greenhouse Basil in Five Organic Soil Substrates.
Landon Young, Purdue University; Lori Hoagland, Purdue University; Roberto Lopez, Purdue University; Mario Ferruzzi, Purdue University

80-19

312

Phosphorus Chemistry in Bone and Wood Char.
Marie Zwetsloot, Cornell University; Johannes Lehmann, Cornell University; Dawit Solomon, Cornell University

80-20

313

Anion Exchange Capacity of Biochar.
Michael Lawrinenko, Iowa State University; David A. Laird, Iowa State University

80-21

314

Biochar Application to Soils: The Implications for Pesticide Fate and Efficacy.
Rai Kookana, CSIRO

80-22

315

The Utility of Biochar in Riparian Buffer Zones; The Environmental Fate of Innovative Agricultural Fertilizers in Southern Illinois.
Audrey Sweet, Southern Illinois University; Jon Schoonover, Southern Illinois University; Karl Williard, Southern Illinois University

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