“一带一路”背景下企业海外收入与——基于政治关联的调节作用

以"一带一路"倡议为出发点,考察"一带一路"倡议对"走出去"企业海外收入与创新绩效的影响,并引入企业政治关联作为调节变量。选取进行OFDI的A股上市企业2013～2016年数据,运用双向固定效应双重差分模型进行实证分析。结果发现:"一带一路"倡议对企业创新绩效存在正向作用,对企业海外收入存在负向作用;企业海外收入在"一带一路"倡议与创新绩效的关系中存在正向调节作用;政治关联在"一带一路"倡议与企业创新绩效和海外收入的关系中均存在正向调节作用。     

我国互联网企业参与“一带一路”建设的战略思考

互联网产业通过多业态的整合与优化,为"一带一路"带来经济和社会领域资源的重新配置,推动形成区域内经济、文化和社会各种发展形态的融合与重生,其在"一带一路"建设中发挥着日益重要的作用。我国互联网企业应抓紧时机从顶层推进上深化布局,推动相关业务"走出去",在网络信息基础设施建设、数字内容业务推进以及网络安全生态构建等方面发力。政府部门也需稳步引导和推进我国互联网企业"走出去",强化国家对中国互联网企业参与"一带一路"建设的领导、引领,统筹协调在"一带一路"沿线国家的业务推进,为中国互联网企业海外发展提供必要支持。     

“一带一路”农业战略格局及对策

"一带一路"沿线遍布着丰富的农业资源和众多的农业大国。加强农业对外合作,对推动"一带一路"国家战略实施,维护"一带一路"区域乃至世界粮食安全和经济社会稳定发展意义重大。本研究针对"一带一路"农业空间格局、沿线国家与中国的农业双边贸易情况和主要沿线国家农业发展的优劣势进行了研究,并在此基础上提出中国同"一带一路"沿线国家农业合作战略,包括:实施"土地进口"战略;以海外"高科技绿色农业园区"建设为桥头堡,示范带动"一带一路"国家农业资源开发合作;成立"一带一路国家绿色农业国际合作发展联盟"全面促进"一带一路"沿线国家农业资源开发合作等。最后提出了创新农业合作模式,建设示范、保障性重点工程等对策建议。     

我国在“一带一路”沿线海外园区建设模式研究

海外园区建设既是"一带一路"建设的主要内容,也是我国与沿线国家经贸合作的重要平台。随着"一带一路"建设工作逐步推进,我国在沿线国家建设海外园区方面取得了巨大成效,然而也面临着诸多困境与挑战。因此,如何在认识我国海外园区建设中存在问题的基础上,借鉴国际海外园区建设经验探索合适的园区建设模式,规范引导各类海外园区建设,成为当前"一带一路"建设的重大理论和实践问题。文章从海外园区建设缘起、分布与类型、建设主体及存在问题方面评估了我国在"一带一路"沿线国家已建境外园区发展情况,总结了国内外境外园区建设主要模式及其对我国在"一带一路"建设海外园区的启示,并提出了推进我国"一带一路"海外园区建设的政策建议。研究表明,政府高层推动建设型、园区开发公司为主导力量建设型、民营企业建设型等是我国海外园区建设可借鉴的三种模式,国家需要加强对海外园区的统筹规划,牵头组织实施具有战略或示范意义的海外园区建设,探讨开放包容性园区发展模式。     

广西职业教育在人才培养服务“一带一路”创新模式研究

"一带一路"发展战略为广西区对外开放发展提供了难得的机遇,"国际化"人才需求对"一带一路"建设可持续发展有着至关重要的作用,迫切需要广西区职业教育创新人才培养模式。本文基于新时代要求,分析了职教生在"一带一路"建设工程中的需求情况,研究了职业教育在人才培养服务"一带一路"的三种创新模式,为广西区"一带一路"建设培养高素质、高层次、高质量的具有"国际化"特色人才提供理论依据。     

"一带一路"背景下欧洲方向"新温商"成长规律研究

温商作为浙商的主体,是改革开放初期的第一代商人,在建立海外销售渠道和海外商业网络方面积极主动。温商历代传承,不断在新时期创造新的辉煌。针对"一带一路"欧洲方向"新温商"的成长规律进行研究。从哲学高度审视新温商形象,通过对20余位温商的调研访谈,从人格化视角分析新温商,探索新温商的成长规律,有助于"新温商"精神的提炼,发掘和开发温州特色文化;丰富"温州学"研究,为温商的培养模式和文化对企业家成长的重要性研究提供理论和实证支持。     

大连银行如何更好的助力“一带一路”倡议走向纵深

分析了大连银行作为一家新兴的全国性地方银行在业务创新和扶持区域经济建设领域具有很多无可比拟的优势;大连银行运用自己在东北亚金融领域得天独厚的优势来助力"一带一路"发展已经显得尤为重要,"一带一路"倡议的深入推进也进一步推动了大连银行的成长跨越。     

“一带一路”背景下川以科技创新合作研究

目前,中国正在大力推进落实创新驱动发展战略和"一带一路"建设,为"一带一路"建设核心节点和长江经济带重要枢纽的四川带来重大的发展机遇。以色列是"一带一路"沿线重要国家,也是典型的创新型国家,在电子信息、农业、水技术、生命科学等领域技术全球领先。本文梳理了以色列的科技创新情况,川以合作的机遇与挑战,提出了深化川以科技创新合作的可行性建议。     

“一带一路”背景下高职院校留学生教育模式创新与实践研究

文章首先阐述了"一带一路"背景下高职院校留学生教育模式的发展现状,然后重点分析了"一带一路"背景下高职院校留学生教育模式的创新与实践,以期能够进一步促进高职院校留学生教育水平,培养适合"一带一路"战略实施的国际化人才。     

“一带一路”视角下语言翻译教育的新发展——以俄语翻译文化传播实践为例

"一带一路"战略的提出,促进了中国与沿线国家频繁交流。语言是人际交流的必要手段,有研究发现"一带一路"地域范围内语言的需求英语、汉语、俄语为最重要。随着中俄全面战略伙伴关系的深入发展,俄语翻译人才需求日益提升,本文从抓住新机遇,迎接新挑战,拓展新思路,培养新人才,充分应用新媒体,开展创新训练等角度探讨如何促进语言翻译教育新发展。     

To serve and promote science development via innovation

CAS should stick to the principle of rendering service to, and giving impetus for, the development of China＇s science enterprise by making S＆T innovations, said CAS President LU Yongxiang. The CAS president made the remarks in a recent talk to communicate the gist of the winter session of the Party＇s Leading-member Group at CAS, which was held from 7 to 11 January in Beijing.     

Tracing the origin and early radiation of birds——Paleornithologist ZHOU Zhonghe

With great care, Dr. ZHOU Zhonghe takes out a package wrapped by cotton tissue from a drawer and says: "This is the gem of our collections: the fossil of a bird that lived 125 million years ago!" Then, pointing at a tiny mound, he explains: "Look, this is the claw and that is the head. It was in the egg shell and ready to hatch ... The species fell into a family of waterside inhabitants."     

Stern-Gerlach effect goes chiral

Prof. SUN Changpu from the CAS Institute of Theoretical Physics and coworkers from University of Basel in Switzerland have worked out a way --at least in theory --to split a beam of molecules according to their chirality. The technique involves passing the molecules through three different laser beams and is similar to the famous Stern-Gerlach effect, whereby a beam of atoms passing through a magnetic field is split in two according to the atoms＇ spin states （Phys. Rev. Lett. 99 130403）.     

Seeing Measurement Successful at Antarctic Taishan Station

<正>In February 2014,the 30th Chinese Antarctic inland expedition team reported that they have successfully conducted the seeing measurement at the Antarctic Taishan Station using a Differential Image Motion Monitor(DIMM)developed by the Nanjing Institute of Astronomical Optic and Technology(NIAOT),Chinese Academy of Sciences.In astronomy,seeing is a physical parameter that describes the irregular movement and blur of the star     

CAS Launches Drastic Reform Initiative

Amassive overhaul is coming to the Chinese Academy of Sciences （CAS）. To straighten its ＂fragmented, inefficient research＂, the academy has decided to restructure its 104 institutes for better teamwork.     

Both Mom and Dad Genomes Actively Reform Themselves:New Scenario Revealed in DNA Demethylation of Mammalian Early Embryos

<正>DNA demethylation in mammalian zygotes,a biochemical process through which the parental genomes let go the epigenetic marks from their"past lives"to obtain totipotency,has long fascinated biologists:how does it happen?A joint team at the CAS Shanghai Institutes for Biological Sciences tells a surprising story.     

Commuting between Two Worlds

China is one of the fastest growing economies worldwide. Are science and research also in the fast lane? We talked with LUO Yuan, scientist at the Institute of Coal Chemistry in Shanxi, and Axel Mosig, Professor at Ruhr University in Bochum, who has first-hand experience working and living in China.     

New Origin for Coronary Vessels Revealed

Neonatal heart:Largely,postnatal coronary vessels might not have expanded from preexisting embryonic vasculature as formerly believed–see what CAS biologists revealed in page 311.     

Novel Mechanism to Regulate Influenza A Virus Survival

<正>Recently a group of researchers at the unit of molecular virology,Institut Pasteur of Shanghai,Chinese Academy of Sciences revealed a new mechanism to regulate the survival of influenza A virus and reported their discoveries in the Journal of Virology on July     

Paleo-ecosystem Sealed in Amber: Paleobiota from Lower Eocene of Fushun,Northeastern China

<正>Amber-bearing deposits are among the most important Konservat-Lagersttten providing unique windows into past ecosystems.Fushun amber has been known for over a century and was traditionally regarded as an important source of medicine as well as organic gemstones.The inclusions,however,were not the subject of any comprehensive investigation