共查询到20条相似文献，搜索用时 15 毫秒
1.
3.
《福建热作科技》2004,(4)
No.1 Study on Application Mode of Fertilizer to Sweet-potato in Droughty Area of Coastal Hillside of Nan'an…………………………………………………………………………………………………………………DAI Shurong(1) Study on the Peroxidase Isozyme of Appreciated Arrowroot …………………………………ZHANG Xuanbin et al.(5) Analysis on the Effects of Autumn Beam Sown for Junior Fruit Gardon in the Soil Erosion Ares of South China………………… 相似文献
5.
《水稻科学》2007,14(4):I0003-I0004
A AWAN, Inayat Ullah 118 B BAI You-lu 223 BALOCH, Mohammad Safdar 118 C CAI Qing-sheng 7 CAI Run 13 CAI Shan-xin 94 CAO Yong 42 CHANG Er-hua 33 CHEN Jie 21, 247 CHEN Li-yun 71 CHEN Ming 256 CHEN Ming-xue 217 CHEN Shan-na 189 CHEN Song 283 CHEN Yong-hui 315 CHENG Fang-min 135, 311 CHENG Gui-ping 94 CHENG Xia-nian 157 CRUZ, Casiana Vera 21 D DAI Qi-gen 204 DAI Yun-xia 315 DENG Qi-ming 85, 235 DING Yan 272 DONG Ming-hui 141 DONG Yan-jun 7 DU Hon… 相似文献
6.
7.
《水稻科学》2007,14(4):I0005-I0006
A 1-aminocylopropane-1-carboxylic acid 33 abscisic acid 42, 111 active oxygen free radical 217 Affymetrix 256 α-galactosidase 295 Agro Services International method 223 Alternanthera philoxeroides 49 amyloplast structure 33 amylose content 85, 189, 289 analysis of molecular variance 78 ancient kingdom 161 anther culture 239 appearance quality 33 artificial inoculation 157 B Backcrossing 1 β-mannanase 295 β-mannosidase 295 biological control 149, 229 biological safety 229 biomass accumulat… 相似文献
10.
《Plant Production Science》2013,16(2):123-131
AbstractThe supernodulating variety “Sakukei 4”, which has improved growth and yield, was recently developed. To evaluate its physiological traits related to the high productivity, we compared dry matter production, nitrogen (N) accumulation and N utilization in Sakukei 4 with those in the parental normally nodulating varieties, Enrei and Tamahomare, and a nonnodulating line, En1282, in pot experiments. The seed yield of Sakukei 4 was similar to that of Enrei and Tamahomare.Leaf area and relative ureide abundance in xylem sap were maintained for longer growth period in Sakukei 4 and Tamahomare than in Enrei. The total amount of nodule N2fixation at maturity was also larger in Sakukei 4 andTamahomare than in Enrei and En1282. In En1282 and Enrei, a larger part of N accumulated in leaves and stems before seed maturation was translocated to seeds during seed filling. However, Sakukei 4 and Tamahomare, more N tended to remain in leaves and stems at maturity. These observations suggested that the physiological traits of dry-matter accumulation and N utilization in Sakukei 4 were quite similar to those in Tamahomare, despite the difference in nodulation. N use efficiency for dry matter production (NUED) was lower in Sakukei 4 than in Enrei and Tamahomare, probably due to the energy cost for sustaining a greater number and mass of nodules. This observation indicated that the low NUED of Sakukei 4 impairs its productivity and seed yield, and therefore Sakukei 4 could not exceed Enrei or Tamahomare in seed productivity. 相似文献
12.
13.
16.
《水稻科学》2007,14(4):I0001-I0002
Volume 14, Number 1, 2007 1 WANG Cai-li, et al. Utilization of eui Gene from a Recessive Tall Rice Mutant 02428h in Breeding 7 FAN Gui-zhi, et al. Analysis of QTLs for Flag Leaf Shape and Its Response to Elevated CO2 in Rice (Oryza sativa) 13 HU Song-ping, et al. Relationship Between Coleoptile Length and Drought Resistance and Their QTL Mapping in Rice 21 WU Jian-li, et al. Source and Inheritance of the Within Cultivar Residual Variation Detected in an indica Variety IR6… 相似文献
17.
18.