第19届国际植物学大会进一步扩增表型分会场通知

第19届国际植物学大会的表型分会场得到扩增，目前拥有两个“two-session”长度的植物表型分会场，共24个报告。该分会场将由国际植物表型组织（IPPN）和中国研究人员共同组织。

国际植物学界最隆重的学术会议、每隔六年才召开一次的“第19届国际植物学大会”（“XIX International Botanical Congress”, 简称IBC2017）即将于2017年7月23-29日在深圳会展中心举行。本届大会由中国植物学会和深圳市人民政府共同主办，是第一次在发展中国家举办。

本届大会共设六个主题：
主题Ⅰ：生物多样性、资源和保护
主题Ⅱ：分类学、系统发育和进化
主题Ⅲ：生态学、环境和全球变化
主题Ⅳ：发育和生理学
主题Ⅴ：遗传学、基因组学和生物信息学
主题Ⅵ：植物和社会

之前，在慧诺瑞德（北京）科技有限公司和华中农业大学、东北农业大学、中国科学院植物研究所、吉林省农业科学院、上海交通大学、中国农业科学院作物科学研究所、中国农业科学院生物技术研究所、上海市农业科学院、中科院-马普学会计算生物学伙伴研究所、创世纪种业有限公司等单位的倡议下，第19届国际植物学大会设立了表型组分会场。

在该会场信息发布后，国际植物表型组织（International Plant Phenotyping Network, IPPN）主席、德国Julich研究中心的Uli Schurr教授联系到分会场负责人，希望能够一块组织这个分会场，共同推动表型组学的发展。

经过与IBC2017组委会的沟通，组委会决定增设一个分会场。也就是说，在国际植物学界最隆重的盛会上，设立了两个植物表型方面的分会场，而且是长度分别达到two-session级别的大型分会场，合计拥有24个学术报告的时间。

两个分会场都归属于“主题Ⅴ：遗传学、基因组学和生物信息学”领域，分别是：

T5-03：State-of-the-art phenotyping: deep, high-throughput and field （two sessions）
简介：Plant phenotyping science has become a central field of research and application in academia and industry. The discipline provides anourishing ground for the development of new phenotyping platforms and methods.New challenges such as the identification of novel traits, establishment of robust protocols and screening methods, which integrate non‐invasive, automated high throughput measurement of relevant plant traits both under controlled greenhouse and field scenarios arise throughout this development. Advancement of novel sensors and approaches for automated measurements that are integrated in a comprehensive data management and linkage framework are required. Plant phenotyping is developing as scientific field that has the aim to accurately quantify phenotypic traits, to give valuable basis for prognostic plant performance in the field, driven by the demand of users, who require relevant information on the plant-environment interaction. In this session, we will focus on the new technologies and approaches applicable for deep phenotyping as well as high throughput phenotyping under controlled and field conditions and,data integration and management.

T5-25: Phenotyping beyond technology – approaching real world problems (two sessions)
简介：Food and biomass production has to be substantially increased within the next decades to match the growing demand for uman nutrition and bioindustries (FAO, World Bank, Royal Society). This is particularly challenging in times of climate change with no additional or reduced arable land (IPPC reports). Today´s breeding approaches produce typically about 1% yield increase per year for key crops, which is far below the improvement required to meet increasing global demand. Sustainable intensification of crop production is a major challenge, which requires designing high yielding varieties adapted to contrasting environmental conditions. While genotyping has been industrialized and can be performed at affordable cost, the major challenge is to analyze the performance of genotypes under diverse environmental conditions and associate them with the genome. Thus,multi-scale plant phenotyping, i.e. quantitative assessment of structural and functional plant traits has become the bottleneck to provide the physiologicaland genetic basis of plant growth and performance for its translation into crop improvements. In this session, we will focus on the utilization of plant phenotyping approaches to crop improvement to support breeding and plant productivity under diverse environmental conditions.

这两个植物表型分会场将由IPPN主席Uli Schurr教授、中国农业科学院生物技术研究所张春义研究员、中国农业大学王喜庆教授、华中农业大学熊立仲教授和杨万能副教授、慧诺瑞德（北京）科技有限公司韩志国博士共同组织。

这将是既10月份的第一届亚太植物表型国际会议之后，在中国举行的又一次表型盛会。如果您有意向在本次盛会上做报告，请在2016年11月之前联系上述分会场组织者。

摘要征集截止日期：
口头报告：2016年11月15日
学术墙报：2017年1月15日
所有的摘要都需要通过第19届国际植物学大会官方网站提交。

植物表型分会场flyer下载：
flyer-IBC-phenotyping