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全基因组关联研究研究谷物蛋白，千核重量和面包小麦（Triticum aestivum L.）的归一化差异指数
摘要：研究谷物蛋白含量（GPC），1000个核重量（TKW）和归一化差异植被指数（NDVI）的基因组区域，以280种面包小麦类型类型进行了研究。使用35K公理阵列对全基因组关联（GWAS）面板进行了基因分型，并在三个环境中进行了表型。在覆盖面包小麦的A，B和D亚基因组的18个染色体上检测到总共26个标记性属性关联（MTA）。GPC显示最大MTA（16），其次是NDVI（6）和TKW（4）。最多10 mTA位于B亚基因组上，而在A和D亚基因组上映射了8个MTA。In silico analysis suggest that the SNPs were located on important putative candidate genes such as NAC domain superfamily, zinc finger RING-H2-type, aspartic peptidase domain, folylpolyglutamate syn- thase, serine/threonine-protein kinase LRK10, pentatricopeptide repeat, protein kinase-like domain superfamily,细胞色素P450和扩张蛋白。发现这些候选基因具有不同的作用，包括调节胁迫耐受性，养分重液，蛋白质积累，氮利用率，光合作用，谷物填充，线粒体功能和核心发育。新鉴定的MTA的影响将在不同的遗传背景中得到验证，以进一步利用标记育种。
Urban Data Island，进入未来的一步
cientists和来自Escuela SuperiordeCómputo（ESCOM）的学生设计了一个城市数据岛，该岛构成了一个未来派的空间，用于开发配备了最先进技术的学术活动，例如传感器和设备。这些技术允许通过使用人工智能来详细介绍空气和噪声污染，环境温度，风向，湿度和学生流量来测量和生成数据，所有这些都旨在为更好的学习表现创造有益的环境。该岛是由ESCOM城市数据实验室进行的科学工作的一部分，在该研究中，教职员工研究人员，本科生和研究生开发了有关数据科学，人工智能和地理信息系统的项目，以多学科和全面的方式解决城市问题。The scientist and head of the Urban Data Laboratory, Roberto Zagal Flores, reported that the project began with the aim of measuring air quality at different geographic scales in Mexico City, with a fixed sensor on the Urban Data Island located at this polytechnic campus and two mobile devices developed in collaboration with the Massachusetts Institute of Technology (MIT), which were installed on public transportation buses to obtain detailed levels of air pollution.“我们与MIT合作调整Flatburn传感器以识别实时空气质量。此移动设备已安装在从La Raza到MetroPolitécnico路线的公共汽车上。”IPN教授强调，该项目通过生成用于创建人工智能应用程序和支持当局决策的人工智能应用程序和环境研究的大量数据来使该学术部门的社区受益。
IEPA贷款申请人环境清单和认证表
贷款申请人：________________________________ l17＃：___________________________________必须由贷款申请人的授权代表签署。所有贷款申请人必须在下面提供1和2。项目3-8必须提供的信息特定于项目条件。请参阅所附的说明，以解释要求并提供联系信息。如果您认为项目不需要项目，请输入N/A并提供解释。对于标记为N/A的清单项目，还指示说明所在的计划报告的页码。_____________________________________________________________________________________________ Provide records of consultation with Illinois Department of Natural Resources (IDNR), State Historic Preservation Office (SHPO) for the National Historic Preservation Act (NHPA), Section 106.项目还可能需要咨询部落历史保护办公室。请参阅下一页以获取更多信息，以及第9页以获取示例信。1) Date of IDNR, SHPO response: _______________________________________________ _________________________________ ____________________________________________________________ Provide records of consultation with IDNR's Impact Assessment Section for evaluation pursuant to the Illinois Endangered Species Protection Act [520 ILCS 10/11], the Illinois Natural Areas Preservation Act [525 ILCS 30/17]，标题17伊利诺伊州行政法规，第1075部分和1989年的机构湿地政策法案（伊利诺伊州行政法规，第1090部分）。2) Date of EcoCAT printout : ___________________________________________________________________ Date of IDNR follow-up letter (when protected resources are identified): ____________________________ _____________________________________________________________________________________________ For projects located within any wetland, river, stream, flood plain, floodway, waterway, any body of water, or
FORENSIC SCIENTIST – 20804 - Alabama State Personnel
The Forensic Scientist is a permanent, full-time position with the Department of Forensic Sciences. Positions are located throughout the state. Employees are responsible for full performance and casework or directed research in the field of forensic sciences requiring considerable experience in the discipline areas of Drug Chemistry, Forensic Biology, Firearms/Toolmarks, Fire Debris, Toxicology, or Implied Consent. MINIMUM REQUIREMENT(S) • For the promotional register, current, permanent Merit system status as a Forensic Scientist, Associate with the Department of Forensic Sciences • Bachelor's degree from an accredited* college or university with a major in Chemistry, Biology, Bio-Chemistry, Medical Technology, Pharmacology, Medicinal Chemistry, Genetics, Physics, Toxicology, Chemical Engineering, Mathematics, or closely related field (*see reverse for our policy on accepting post-secondary and advanced degrees). • Three (3) years of scientific laboratory experience in one or more of the following areas: • Conducting lab work (extractions, separations, identifications) within an accredited forensic laboratory to include documented progress and/or completion of a forensic laboratory training program (**See Notes) • Performing Evidentiary Breath Testing (EBT) calibrations, or • Conducting directed research in forensic science to include documented participation and progress in forensic laboratory validation studies, and/or the publication of scientific papers ADDITIONAL REQUIREMENT(S) • Applicants must submit an official college transcript for each accredited* postsecondary academic institution attended. Please see our website for more information regarding our transcript policy.
提议的白人教堂次要计划
Nextrans对该地区进行了全面审查。拟议中的白人教堂次要计划区位于现有的希望山定居区和汉密尔顿国际机场的东部，有巨大的空置土地，用于未来的就业发展，以及位于Homestead Drive沿机场路北和南部的一些现有低层开发项目。在机场路E和White Church Road E以及詹姆斯街沿线有几所现有的农舍。有一个现有的南部派恩高尔夫乡村俱乐部高尔夫球场，位于上詹姆斯街以东，机场路和白人教堂路之间。这是我们的理解，现有高尔夫球场的南部将成为白人教堂次要计划的一部分，但是，高尔夫球场的北部未包括在白人教堂二级计划中。
水上的太阳革命
List of Figures Figure 1: Schematic of an FPV system 8 Figure 2: Schematic of a Floating Platform 9 Figure 3: Schematic of an Anchoring and Mooring System 10 Figure 4: UP Solar Energy Target 13 Figure 5: Year-on-Year solar installed capacity in UP 14 Figure 6: Approvals necessary to set up an FPV project 17 Figure 7: GIS image representations for water boundary extraction in Lalitpur and Sonbhadra districts 20 Figure 8: GIS image representations for depth estimation in Lalitpur and Sonbhadra districts 21 Figure 9: District-wise distribution of water bodies in UP 22 Figure 10: FPV potential varying by water body coverage 23 Figure 11: District-wise FPV deployment potential (in MW) by varying percentages of water body coverage (20%, 25% and 30%, clockwise) 24 Figure 12: GIS image representations for proximity analysis to road networks in Lalitpur and Sonbhadra districts 25 Figure 13: Number of water bodies connected to a road network (< 2.5 km distance) 25 Figure 14: GIS image representation of water bodies located in protected areas 26 Figure 15: FPV potential of water bodies inside protected areas 27 Figure 16: Annual expected energy generation of FPV systems by varying probability of realisation and water body coverage 29 Figure 17: Monthly generation of FPV system varying by tilt angle and水体覆盖率29