- 著者
- Seuster R. Abe K. Aihara H. Asano Y. Aushev T. Bakich A. M. Barbero M. Bedny I. Bitenc U. Bizjak I. Bozek A. Dragic J. Drutskoy A. Eidelman S. Fang F. Gershon T. Go A. Gokhroo G. Golob B. Gorišek A. Hayasaka K. Kim H. J. Hazumi M. Hoshi Y. Hou S. Hou W. -S. Iijima T. Ikado K. Itoh R. Iwasaki Y. Kang J. H. Kang J. S. Kim S. M. Kapusta P. Katayama N. Kawai H. Kawasaki T. Khan H. R. Kichimi H. Križan P. Krokovny P. Kulasiri R. Kuo C. C. Kuzmin A. Kwon Y. -J. Lange J. S. Lesiak T. Okuno S. Li J. Lin S. -W. Mandl F. Mitaroff W. Miyake H. Miyazaki Y. Mizuk R. Nagamine T. Nagasaka Y. Nakano E. Olsen S. L. Nakao M. Nishida S. Nitoh O. Ogawa S. Ohshima T. Okabe T. Onuki Y. Ozaki H. Pakhlov P. Palka H. Park C. W. Park H. Park K. S. Pestotnik R. Takasaki F. Piilonen L. E. Sakai Y. Sato N. Schietinger T. Schneider O. Schümann J. Schwanda C. Sevior M. E. Shibuya H. Sidorov V. Tamai K. Somov A. Soni N. Stamen R. Stanič S. Starič M. Suzuki S. Y. Tamura N. Tanaka M. Taylor G. N. Teramoto Y. Tian X. C. Uehara S. Uglov T. Ueno K. Bračko M. Uno S. Urquijo P. Varner G. Wang C. C. Wang C. H. Wang M. -Z. Xie Q. L. Yabsley B. D. Yamaguchi A. Yamashita Y. Brodzicka J. Yamauchi M. Ying J. Yusa Y. Zhang L. M. Zhang Z. P. Zhilich V. Chen A. Cheon B. G. Choi Y. Chuvikov A. Cole S. Dalseno J. Danilov M. Dash M. Dong L. Y.
- 出版者
- The American Physical Society
- 雑誌
- PHYSICAL REVIEW D (ISSN:15507998)
- 巻号頁・発行日
- vol.73, no.32002, pp.1-22, 2006
- 被引用文献数
- 70
- 著者
- ZHANG L. X. WANG R. F. HESKETH J. D.
- 出版者
- 九州大学
- 雑誌
- Biotronics : reports of Biotron Institute, Kyushu University (ISSN:02890011)
- 巻号頁・発行日
- vol.24, pp.59-64, 1995-12
A date-of-planting study of time from emergence (VE) to floral bud initiation (R0, detection of floral bud primordium) and first flower (R1) was carried out at Urbana IL USA for soybean genotypes representing maturity groups (MG) 00 through VIII. Growing degree days (GDD), base 10℃ with a cutoff at 30℃, were calculated for VE-R0, R0-R1 and VE-R1 and were plotted against the averge photoperiod between events. We found a temperature relationship among GDD values between events for MG's 00-I; subtracting these GDD values from those of MG II or greater and plotting the residual or adjusted GDD (AGDD) values (or 1/AGDD values) vs. average photoperiod improved the linear or curvilinear relationship involved. Photoperiod effects on R0-R1 were significant for later -maturing genotypes (MG IV+or greater) as reported earlier. These phenology-temperature-photoperiod relationships greatly improve our ablility to predict phenology with computers for real world situations.