| Poster No. |
Title |
| P1-01 |
Potential for Phytoextraction by High-Cd-Accumulating Rice in Low-Cadmium-polluted Upland Fields Converted from Paddy Field [PDF]
Toshimitsu Honma, et. al., Niigata Agricultural Research Institute, Japan |
| P1-02 |
Evaluation of chemical and phyto-extractions of Cd from soil, a case study using the paddy-field soil with a high pH [PDF]
Hidenori Yaginuma, et.al., Tohoku University, Japan |
| P1-03 |
Cadmium Accumulation and Root Morphology in Seedling of Japanese Wheat Cultivars Differing in Grain Cadmium Consentration [PDF]
Katashi Kubo, et.al., National Agricultural Research Center for Kyushu Okinawa Region, Japan |
| P1-04 |
Possible role of root cell wall properties in heavy metal uptake in hyperaccumulator plant species [PDF]
Mani Rajkumar, et.al., Kobe University, Japan |
| P1-05 |
Effect of nitrogen supplement application on soybean seed cadmium concentration [PDF]
Megumi Sugiyama, National Intitute for Agro-Environmental Sciences, Japan |
| P1-06 |
The Effect of Changes in pH and EC caused by Fertilizer on the Cadmium Solubility in Soil [PDF]
Ikuko Akahane, et.al., National Intitute for Agro-Environmental Sciences, Japan |
| P1-07 |
Cadmium uptake of Arabidopsis Halleri ssp. Gemmifera is affected by not only cadmium content in soil but also two factors, i.e. pH and zinc concentration in soil [PDF]
Yuichi Ishikawa, et.al., Akita Prefectural University, Japan |
| P1-08 |
Possibility of increaing plant availability of heavy metals by soil sterilization [PDF]
Aomi Suda, et.al., University of Tsukuba, Japan |
| P1-09 |
Can earthworm activity change cu bioavailability on freshly or long-term polluted soils? [PDF]
Yoshikazu Fujii, et.al., Natinal Institute for Agro-Environmental Science, Japan |
| P1-10 |
Comparison of Cd distribution in root tissues of Solanum and Glycin max: species that have different abilities to transport Cd from the root to the shoot [PDF]
Noriko Yamaguchi, et.al., National Intitute for Agro-Environmental Sciences, Japan |
| P1-11 |
Speciation and varietal difference of Cadmium in the Pholoem Sap from Rice Plants (Oryza sativa L.) [PDF]
Mariyo Kato, et.al., The University of Tokyo, Japan |
| P1-12 |
Xylem and Phloem Tranport of Cd, Zn, and Fe into the Grains of Rice Plants (Oryza sativa L.) Grown in a Continuouly Flooded Cd-Contamitanated Soil [PDF]
Tadakatsu Yoneyama, et.al., The University of Tokyo, Japan |
| P1-13 |
A Noninvasive Monitoring System of Cadmium Uptake by Intact Plants using the Radioisotope 107 Cd [PDF]
Nobuo Suzui, et.al., Japan Atomic Energy Agency, Japan |
| P1-14 |
Characterization of cadmium absorption and transport in soybean plant using radioisotopes 107Cd and 109Cd [PDF]
Sayuri Ito, et.al., Japan Atomic Energy Agency, Japan |
| P1-15 |
Glutathione, Administered to the Roots, Reduce Cd accumulation in the Shoots of Oilseed Raps Plants [PDF]
Shin-ichi Nakamura, et.al., Akita Prefectural University, Japan |
| P1-16 |
Cloning and Characterization of OsFCT1, a metal transporter from rice [PDF]
Ryuichi Takahashi, et.al., The University of Tokyo, Japan |
| P1-17 |
Heavy Metal resistance of plants transformed with MRP-type ABC transporters of budding yeast [PDF]
Sangwoo Kim, et.al., POSTEC, Korea |
| P1-18 |
Genes that Confer Heavy Metal Tolerance to Plants [PDF]
Jiyoung Park, et.al., POSTEC, Korea |
| P1-19 |
Simple Measurement of Cadmium Concentrations in Spinach and Soil by Immunochromatography [PDF]
Kaoru Abe, et.al., National Institute for Agro-Environmental Sciences, Japan |
| P1-20 |
Countermeasures against cadmium contamination of agricultural soil in Japan [PDF]
Tomohito Arao, et.al., National Institute for Agro-Environmental Sciences, Japan |
| P1-21 |
History and Studies of Arsenic Contamination in Soils and Crops in Japan [PDF]
Yuji Maejima, et.al., National Institute for Agro-Environmental Sciences, Japan |
| P1-22 |
Analysis of arsenic absorption and metabolism in rice caltivars [PDF]
Masato Kuramata, et.al., National Institute for Agro-Environmental Sciences, Japan |
| P1-23 |
Inhibitory effec of iron-bearing materials on soil As dissolution analyzed by iron stable isotope [PDF]
Tomoyuki Makino, et.al., National Institute for Agro-Environmental Sciences, Japan |
| P1-24 |
Determination of aromatic arsenicals related to chemical warfare agents in rice and soil [PDF]
Koji Baba, et.al., National Institute for Agro-Environmental Sciences, Japan |
| P1-25 |
Adsorption of Aromatic Arsenicals onto Japanese Agriculture Soils [PDF]
Yuji Maejima, et.al., National Institute forAgro-Environmental Sciences, Japan |
| P1-26 |
Biogeochemical changes and rice uptake of aromatic arsenicals in soil contaminated by diphenylarsinic acid (DPAA) [PDF]
Tomohito Arao, et.al., National Institute for Agro-Environmental Sciences, Japan |
| P1-27 |
Pattern of heavy metal content at different growth stages of three leafy vegetables [PDF]
Habib M. Naser, et.al., Bangladesh Agricultural Research Institute, Bangladesh |
