唐山seo研究(唐山seo公司教程)

在当今信息爆炸的时代,搜索引擎已经成为人们获取信息的主要途径。而在搜索引擎中,想要让自己的网站脱颖而出,就需要掌握搜索引擎优化(SEO)的技巧。本文将从唐山地区出发,深入研究SEO,帮助您在搜索引擎中占据一席之地。

一、唐山SEO市场概况

近年来,随着互联网的普及,唐山地区的电子商务和互联网企业数量不断增加。这使得SEO市场在唐山地区呈现出蓬勃发展的态势。以下是一些关于唐山SEO市场的概况:

1. 唐山SEO市场规模逐年扩大

2. 搜索引擎优化人才需求旺盛

3. 地方政府支持互联网产业发展

4. 企业对SEO意识逐渐提高

二、唐山SEO关键词研究

关键词是SEO的核心,对于网站排名和流量有着至关重要的影响。以下是一些关于唐山SEO关键词研究的要点:

1. 关键词选择

分析竞争对手的关键词

确定关键词的相关性和搜索量

运用长尾关键词策略

2. 关键词布局

网站标题、描述、关键词标签优化

内容中合理分布关键词

避免关键词堆砌

3. 关键词监控

定期查看关键词排名

分析关键词优化效果

调整关键词策略

三、唐山SEO内容优化

内容是网站的核心,优质的网站内容可以提升用户体验,降低跳出率,从而提高搜索引擎排名。以下是一些关于唐山SEO内容优化的要点:

1. 原创内容

遵循国家相关法律法规,保证内容原创性

避免抄袭、侵权等违法行为

2. 内容质量

丰富、有价值、易读易懂

提供实用的信息、技巧或解决方案

3. 内容更新

定期更新内容,保持网站活跃度

遵循国家互联网信息发布规定

四、唐山SEO外部链接建设

外部链接(反向链接)是SEO的重要因素之一。以下是一些关于唐山SEO外部链接建设的要点:

1. 高质量外链

获取与网站主题相关的优质外链

避免低质量、垃圾链接

2. 外链发布

在相关行业网站、论坛、博客等发布外链

与同行、合作伙伴互设外链

3. 外链监控

定期检查外链状态

分析外链对网站排名的影响

五、唐山SEO案例分析

以下是一些唐山地区成功进行SEO优化的案例分析:

案例名称 行业 网站关键词 搜索引擎排名提升情况
唐山XX科技有限公司 科技 唐山XX科技 排名提升50位
唐山YY家居用品店 家居 唐山YY家居 排名提升30位
唐山ZZ教育培训机构 教育 唐山ZZ教育 排名提升40位

六、唐山SEO未来发展趋势

1. 人工智能助力SEO:随着人工智能技术的发展,搜索引擎算法将更加智能,对网站SEO的要求也会越来越高。

2. 用户体验至上:搜索引擎将更加重视用户体验,网站质量、内容质量等因素将直接影响排名。

3. 行业细分:随着市场竞争的加剧,行业细分将越来越明显,SEO将更加注重针对特定行业的优化策略。

总结

本文从唐山SEO市场概况、关键词研究、内容优化、外部链接建设、案例分析及未来发展趋势等方面,对唐山SEO进行了全面解析。希望本文能对您在搜索引擎优化方面有所帮助。在实施SEO过程中,请务必遵循国家相关法律法规,诚信经营,不断提升网站质量,以实现更好的排名和流量。

唐山SEO–SEO真的有用吗

我觉得,SEO就是一群人在哄骗一大群人,

你的网站排名全球的搜索引擎第一又怎样,就一定能带来巨量的业务吗,

不一定,帮助是有的,但是国人过分夸大SEO的作用了

我搜东西就喜欢多看几页,因为首页的一般都是花钱买来的,不一定真的有好的产品或是服务

那些SEO公司怎么不把自己的网站SEO一下,没有人不想赚钱

关键词搜索一下子就搜到你又怎样,你的产品就真的好吗,

接下来的真正业务还是靠的质优价廉的产品,完善的售前售后服务,才可能带来订单

在一个没有诚信的地方,很多人靠造势和哄骗发达了,这是事实现状,

我也眼红,可是我只是想用心作出真正的好产品,卖给真正需要和懂得的人

专注于技术和科技的研发进步,才是作出好东西的办法,要把时间金钱经理花在真正的地方,而不是去研究如何蒙骗更多的人

这就是为什么我们没有任何全球顶级的公司和产品,没任何拿得出的不浮夸的技术和工艺,反驳的人,别拿航空航天核能奥运金牌之类来说事,芬兰木有卫星木有。。。但是出了诺基亚,别跟我说诺基亚破产了,你也拿出一个曾经全球第一过的现在破产了的技术公司给我看看,或是现在出现一个全球技术领先,哪怕过几天就破产的公司来

国人就喜欢玩儿概念,玩儿虚的,对于科学和技术从上到下都认为是奇技淫巧不值一提,可惜就是这些真心想作出对得起人的东西的人在世界的其他地方用着我们所谓的奇技淫巧改变着世界,推动着人类进步,我们对地球进步人类文明发展做出什么贡献了吗,也许有,廉价的劳动力,巨大的残次垃圾低档消费品市场,

打住,SEO,好东西,希望能带来希望

谢谢

陈求稳的研究成果

承担科研项目情况:

[1]雅砻江梯级水电开发生态环境效益和影响定量研究及调控机制(国家基金委,重点基金, 50639070, 2007-2010)

[2]水库运行对下游河道岸边带植被演替的影响(国家基金委,面上基金,50879086, 2009-2011)

[3]气候变化作用下湖库藻类种群结构演替及其适应性管理(国家基金委,重大国际合作项目,50920105907, 2010-2012)

[4]重大水利工程影响下长江口环境与生态安全/变化环境下长江口生态系统的响应过程和机理(973课题,2010CB429004, 2010-2014)

[5]湖泊蓝藻水华生态灾害形成机理及防治的基础研究/蓝藻水华生态灾害评估及防治对策(973专题,2008CB418104,2008-2009)

[6]水分驱动下的海河流域生态演变机制与修复机理(973专题,2006-2011)

[7]农田生态系统多目标协调方法和模型(973专题,2005-2010)

[8]重大环境污染事件应急技术系统研究开发与应用示范/重大环境污染事件应急处理处置技术系统与工具包开发(863重大项目课题,2009AA06A418,2009-2011)

[9]重大环境污染事件应急技术系统研究开发与应用示范/重大环境污染事件风险场预警技术(863重大项目子课题,2007AA06A405,2008-2010)

[10]滇池大清河河口水质净化技术研究与工程示范/河口水质净化技术研究与工程示范/河口水面水质净化技术研究与工程示范(863水环境重大专项子课题,2005AA6010100401,2006-2008)

[11]海河流域水污染综合治理与水质改善技术与集成示范项目/海河流域北运河水系水环境实时管理与决策支持系统(国家“十一五”水专项,2009ZX07209-001,2009-2011)

[12]东江水污染系统控制与水生态健康成套技术研究与综合示范/东江流域水污染系统控制实时数字化管理体系研究与应用示范/流域产污汇污模型、入河污染物迁移转化过程及重要参数率定(“十一五”水专项子课题,2008ZX07211-10-02,2008-2010)

[13]东江水污染系统控制与水生态健康成套技术研究与综合示范/东江流域水污染系统控制实时数字化管理体系研究与应用示范/东江水环境容量计算与日最大污染负荷动态分配(“十一五”水专项子课题,2008ZX07211-10-04,2008-2010)

[14]城市综合节水技术开发与示范/城市供水管网系统漏损控制技术研究与应用(“十一五”科技支持子课题,2006BAB17B03,2006-2010)

[15]污水处理场氧化沟流场模拟(“十一五”科技支撑专题,10/10万元)

[16]跨国界(俄罗斯)流域水环境监测断面优化布置研究(国家公益性研究项目课题, 2008-2009)

[17]漓江生物栖息地演变及鱼类监测技术研究(国家公益性行业科研专项课题,200801051,2008-2010)

[18]唐山市南部沿海地区产业发展规划环境影响评价研究(唐山市发改委,2007-2008)

[19]唐山市陡河水库饮用水源地水质监控预警系统研究(唐山环保局,120/120万元,2008-2009)

[20]供水管网水质模拟和监控优化方法研究(北京科委项目,2006-2007)

[21]北京市中心区供水管网漏失监测和预警系统研究与应用(北京自来水集团,2007-2008)

[22]漓江生物栖息地演变和预测(广西“十一五”重点项目,30/30万元,2006-2008)

[23]奥运村排水积水预警系统(“08办”重点项目,2006-2008)

[24]全国水生态环境调查与修复(水利部项目, 2007)

[25]密云水库曹家路小流域水土流失及面源污染综合治理(北京科委课题,20/35万元,2006-2008)

[26]太湖外源营养盐排放通量及负荷估算模型研究(中国科学院重大交叉项目专题,2008-2010)

[28]京津地区水环境通量及其模型研究(中科院重大项目专题)

获奖及荣誉:

[1] The 2nd prize of‘Dayu Award’

[2]‘100 Talents’ of Chinese Academy of Sciences

代表论著:

特邀发言

[1] Chen, Q., 2002. Data Mining Techniques and Fuzzy Logic in Modelling Harmful Algal Blooms. Invited Lecture in 1st EU HABES Project Workshop. 14- 22 June, 2002, Helsinki, Finland

[2] Chen, Q., 2003. Modelling of Suspended Solid Concentrations and Water Column Irradiance in Marine Harmful Algal Blooms Forecasting. Invited Lecture in 2nd EU HABES Project Workshop. 8- 14 March, 2003, Gothenburg, Sweden

[3] Chen, Q., 2003. Integrated numerical and data driven modelling of marine aquatic ecosystem. Invited Lecture in Tianjin University, China

[4] Chen, Q., 2005. Ecological Aspects in Coupled 1D2D Surface Flow Modeling. Invited speak in the 4th CTWF Forum, November 15-18, 2005, Zhuhai, China

[5] Chen, Q., 2007. Rule-based cellular automata and the applications to ecohydraulics modeling. Invited speak in the International Workshop on Advances in Hydroinformatics, June 4-7, 2007, Niagara Falls, Canada.

[6] Chen, Q., 2008. Some praxis in catchment modeling and management. Invited speak in the 1st IWA YWP Conference, December 8-10, Gwangju, South Korea

[7] Chen, Q., Li, W., 2009. Analyses and modelling of aging induced pipe leakages in Beijing city. Invited speak in the World City Water Forum 2009, Aug. 18-21, Incheon, South Korea

期刊论文

[1] Chen, Q., Mynett, A.E., Minns, A.W., 2002. Application of cellular automata to modelling competitive growth of two underwater species C. aspera and P. pectinatus in Lake Veluwe, Ecological Modelling, 147: 253-265

[2] Chen, Q., Mynett, A.E., 2003. Integration of data mining techniques with heuristic knowledge in a fuzzy logic modelling of eutrophication in Taihu Lake, Ecological Modelling, 162: 55-67

[3] Chen, Q., Mynett, A.E., 2003. Modelling Phaeocystis globosa Bloom in Dutch Coastal Waters by Decision Trees and Nonlinear Piecewise Regression. Ecological Modelling, 176: 277-290

[4] Chen, Q., Mynett, A.E., 2003. Effects of cell size and neighbourhood type in a cellular automata based prey predator model. Simulation Modelling Practice and Theory, 11: 609-625

[5] Chen, Q., Mynett, A.E., 2004. Comparison of spatial patterns between cellular automata model simulations and remote sensing observations, IAHS Red Book, 296: 363-370

[6] Chen, Q., Mynett, A.E., 2004. A robust fuzzy logic approach to modelling algal biomass, Journal of Hydraulic Research, 42: 303-309

[7] Mynett, A.E., Chen, Q*., 2004. Cellular automata as a paradigm in ecological and ecohydraulics modeling. Lecture Notes in Computer Science, 3305: 502-512, Springer-Verlag Press

[8] Chen, Q., Mynett, A.E., 2006. Forecasting Phaeocystis globosa Blooms in the Dutch Coast by an Integrated Numerical and Decision Tree Model. Aquatic Ecosystem Health& Management, 9(3): 357-364

[9] Chen, Q., Mynett, A.E., 2006. Hydroinformatics Techniques in Eco-Environmental Modelling and Management. Journal of Hydroinformatics, 8(3): 297-316

[10] Chen, Q., Mao, J., Li, W., 2006. Stability Analysis of Harvesting Strategies in Cellular Automata Based Predator-Prey Model. Lecture Notes in Computer Science, 4173: 268-276, Springer-Verlag Press

[11] Chen, Q., Mynett, A.E., 2006, Modelling Algal Blooms in the Dutch Coast Waters by Integrated Numerical and Fuzzy Cellular Automata Approaches, Ecological Modelling, 199(1): 73-81

[12] Mao, J., Chen, Q*., Chen, Y., 2008. Three-dimensional eutrophication model and application to Taihu Lake, China. Journal of Environmental Sciences, 20: 278-284

[13] Chen Q, Ye F, 2008. Unstructured cellular Automata and the Application to Model River Riparian Vegetation Dynamics. Lecture Notes in Computer Science 5191: 337-344

[14] Qu S, Chen Q*, Recknagel F, 2008. Cellular Automata Based Simulation of Random versus Selective Harvesting Strategies in Predator-Prey Systems. Ecological Informatics, 3:252-258

[15] Chen Q., Tan K., Zhu C., Li R., 2009. Development and application of a two-dimensional water quality model for the Daqinghe River Mouth of the Dianchi Lake. Journal of Environmental Sciences, 21:313-318

[16] Chen, Q., Ye, F., Li., W., 2009. Cellular automata based ecological and ecohydraulics modeling. Journal of Hydroinformatics, 11(3-4):252-265

[17] Li, W., Chen, Q., Mao, J., 2009. Development of 1D and 2D coupled model to simulate urban inundation: an application to Beijing Olympic Village. Chinese Science Bulletin, 54(9):1613-1621

[18] Ye, F., Chen, Q., Li, R., 2009. Modelling the riparian vegetation evolution due to flow regulation of Lijiang River by unstructured cellular automata. Ecological informatics, doi:10.1016/j.ecoinf.2009.08.002

[19] Li, R., Chen, Q., Ye, F., 2009. Modelling the impacts of reservoir operations on the downstream riparian vegetation and fish habitats in the Lijiang River. Journal of Hydroinformatics,(in press)

[20] Chen, Q., Han, R., Cheng, Z., Qu, S., 2009. Individual-based modelling of fish population dynamics in the river downstream under flow regulation. Ecological Informatics(accepted).

[1]陈求稳, 2001.模式自组在水生态数据分析中的应用-太湖富营养化实例分析.水利学报, 6: 91-99

[2]陈求稳,欧阳志云, 2005.流域生态学及模型系统.生态学报, 25(5): 1153-1161

[3]陈求稳,欧阳志云, 2005.生态水力学耦合模型.水利学报, 36(11): 1273-1279

[4]陈求稳, Mynett, A.E.,王菲2006.软计算在生态模型中的应用.生态学报, 26(8): 2594-2601

[5]颜淼,陈求稳*, 2007.重要水源地小流域水环境动态模拟及调控研究.水利学报, 38(9): 1038-1049

[6]谭夔,陈求稳*,毛劲乔,李伟峰, 2007.大清河河口水体自净能力实验.生态学报, 27(11): 4737-4742)

[7]陈求稳,曲久辉,刘锐平,李伟锋, 2008.北京市供水管网的老化漏失规律模型研究.中国给水排水, 24(11): 52-56

[8]徐强,陈求稳*,刘锐平,顾军农, 2008.基于管网水力模型的独立计量分区优化.给水排水, 34(3): 118-120

[9]徐强,陈求稳*,刘锐平,顾军农, 2008.北京市某区供水管网水质变化研究及模拟.给水排水, 34(5): 102-105

[10]谭夔,陈求稳*,朱传保,李若男, 2009.滇池大清河河口二维水环境模型研究与应用.环境科学学报,(3): 634-640

[11]叶飞,陈求稳*,吴世勇,蔡德所, 2008.空间显式模型模拟河流岸边带植被在水库运行作用下的演替.生态学报, 28(6): 2604-2613

[12]李若男,陈求稳*,蔡德所,王洪梅, 2009.一维二维耦合模型研究水库运行对下游河道水环境的影响.水利学报, 40(7): 769-775

[13]李伟锋,陈求稳*,毛劲乔, 2009.北京奥运村洪水淹没风险模型研究.科学通报, 54(3): 321-328

[14]李若男,陈求稳*,蔡德所,王洪梅, 2009.漓江枯水期水库补水对下游水环境的影响.水利学报(在印)

[15]陈求稳,程仲尼,蔡德所,吴世勇, 2009.基于个体模型模拟鱼类对上游水库运行的生态响应.水利学报, 40(8): 897-903

[16]李若男,陈求稳,吴世勇,蔡德所,王洪梅, 2009.模糊数学方法模拟水库运行影响下鱼类栖息地的变化.生态学报,(接受)

[17]陈求稳,韩瑞,吴世勇,蔡德所, 2009.基于个体模型研究河流调节对下游鱼类种群动态的作用.应用生态学报,(接受)

[18]陈求稳,韩瑞,叶飞, 2009.水库运行对下游岸边带植被和鱼类的影响.水动力研究与进展 A(接受)

[18] Liu, X., Chen, Q., Zeng, Z., 2009. Soybean residues sequestration addected by different tillage practices and the impacts on soil microbial characterstoics and enzymatic activities. Acta Ecological Sinica,(in press)

[19]颜淼,陈求稳,吴文强, 2009.密云水库源区曹家路流域生态治理效果分析.中国农村水利水电,发稿中

[20]颜淼,陈求稳,吴文强, 2009.曹家路流域面源污染的特征及规律.中国水土保持, 9(4): 18-21

[21]颜淼,陈求稳,吴文强, 2009.典型山区流域面源污染模型研究-以曹家路流域为例.中国水土保持,(6): 33-35

[22]刘孝利,陈求稳,曾昭霞,颜淼,吴文强.典型黑土区非点源污染控制途径研究.中国水土保持, 2009, 5:31-33

[23]刘孝利,陈求稳,曾昭霞.黄土高原区基肥对农田土壤水肥和产量的影响.现代农业科学, 2008, 15(10):25-29.

[24]刘孝利,李凤民,曾昭霞,陈求稳.黄土高原地区不同草地退耕模式水分利用效率的比较.生态学报, 2007, 27(7): 2847- 2855

专著与合著

[1] Chen Q., 2004. Cellular Automata and Artificial Intelligence in Ecohydraulics Modeling, Taylor& Francis Group plc, London UK, ISBN: 90 5809 696 3

[2] Recknagel F., Chen Q., 2008. Computational Ecology: Primer to Ecosystem Simulation and Forecasting. Springer-Verlag, Berlin/Heidelberg(in press)

著作章节:

[1] Chen Q., 2008. Cellular Automata. Handbook of Ecological Modelling and Informatics, WIT Press, ISBN: 978-1-84564-207-5(Chapetr 14)

[2] Chen Q., Mynett A E., 2008. Rule-based Ecological Model. Handbook of Ecological Modelling and Informatics, WIT Press, ISBN: 978-1-84564-207-5(Chapter 15)

[3] Chen, Q., Mynett, A.E., 2008. Applications of Soft Computing to Environmental Hydroinformatics with Emphasis on Ecohydraulics Modelling. Practical Hydroinformatics: Computational intelligence and technological developments in water applications. Springer-Verlag, Berlin/Heidelberg, ISBN: 978-3-540- 79880-4, P405-420(Chapter 29)

国际会议论文

Minns, A.W., Mynett, A.E., Chen, Q., Boogaard, H.F.P., van den, 2000. A cellular automata approach to ecological modelling. In Odgaard, A.J.,(ed.), Hydroinformatics 2000, Iowa, USA, 383-390

Chen, Q., 2001. Application of cellular automata to ecohydraulics modelling. Proc. XXIX IAHR Congress, Beijing, China, Vol X: 236-242

Chen, Q., Mynett, A.E., 2002. A robust fuzzy logic approach to modelling algal biomass. In King, J.(ed.), Proceedings of International Conference of Environmental Flows for River Systems and the 4th International Ecohydraulics Symposium. Cape Town, South Africa

Chen, Q., Mynett, A.E., Minns, A.W., 2002. Coupling of scales in finite state cellular automata with applications to ecohydraulics modelling. In: Falconer, R.A., Lin, B., Harris, E.L., Wilson, C.A.M.E.,(Eds.), Proceedings of Hydroinformatics 2002, Cardiff, UK, Vol. 1, 500-506

Chen, Q., Mynett, A.E., Blauw, A.N., 2002. Fuzzy logic and artificial neural network modelling Phaeocystis in the North Sea. In: Falconer, R.A., Lin, B., Harris, E.L., Wilson, C.A.M.E.,(Eds.), Proceedings of Hydroinformatics 2002, Cardiff, UK, Vol. 1, 722-728

Blauw, A.N., Peperzak, L., Chen, Q., 2002. Modelling harmful algal blooms with fuzzy logic, with an example for Phaeocystis globosa in the Dutch coastal zone. In Proceedings of the 5th International Conference on Harmful Algae. Florida, USA

Chen, Q., Mynett, A.E., Boogaard van den, H.F.P., 2003. A Hybrid Model for predicting Chlorophyll a Concentrations off the Dutch North Sea Coast. In Qian, Z., Gao, J.,(eds.), Proceedings of International Conference on Estuaries and Coastal, Hangzhou, China, 677-684

Chen, Q., Mynett, A.E., 2004. Modelling algal bloom in the Dutch coast by integrated numerical and fuzzy cellular automata approach. In: Liong, S.Y., Babovic, V.(Eds.), Proceedings of the 6th International Conference on Hydroinformatics, Singapore

Chen, Q., Mynett, A.E., Teng, L., 2004. Integrated numerical and decision tree model of Phaeocystis globosa bloom in Dutch coast. In: Liong, S.Y., Babovic, V.(Eds.), Proceedings of the 6th International Conference on Hydroinformatics, Singapore

Mynett, A.E., Chen, Q., 2004. Integrated ecohydraulics modelling with application to marine eutrophication. The 5th International Ecohydraulics Conference, Madrid, Spain.

Chen, Q., Mynett, A.E., 2004. Predicting Phaeocystis globosa Bloom in Dutch Coastal Waters. IAHR-APD Conference, Hong Kong

Chen, Q., Mynett, A.E., 2004. Predicting Phaeocystis globosa Bloom in Dutch Coastal Waters. In: Lee, J.H.W., Lam, K.M.(Eds.), Environmental Hydraulics and Sustainable Water Management, Proceedings of IAHR-APD Conference, Hong Kong, 811-817

Mynett, A.E., Chen, Q., Babovic, V.M., 2004. Artificial intelligence techniques in environmental hydrodynamics: The role of expert knowledge In: Lee, J.H.W., Lam, K.M.(Eds.), Environmental Hydraulics and Sustainable Water Management, Proceedings of IAHR-APD Conference, Hong Kong, 3-14

Chen, Q., Mynett, A.E., 2005. Self organization feature maps for eutrophication analysis of Taihu Lake. In: Jun, B., Lee, S., Seo, W., Choi, G.(Eds.), Proceedings of the XXXI IAHR Congress, Soul, South Korea, 571-580

Chen, Q., Mynett, A.E., Li, W., 2005. Watershed Ecology and the application to Miyun Reservoir Basin. In: Shan, H.(Ed.), Proceedings of the 2nd International Yellow River Forum

Chen, Q., Li, W., Mynett, A.E., 2006. Hydrological modelling of Yongding River for flood drainage by digital terrain model. In: Gourbesville, P., Cunge, J., Guinot, V., Liong, S.,(Eds.), Hydroinformatics Conference 2006, Nice, France, 1667-1674

Chen, Q., Mao, J., Mynett, A.E., 2006. Hydroinformatic techniques in eco-environmental systems modelling.. In: Gourbesville, P., Cunge, J., Guinot, V., Liong, S.,(Eds.), Hydroinformatics Conference 2006, Nice, France, 2391-2398

Huang, Y., Chen, Q., Zhang, L., 2006. Modelling of nitrogen and phosphorus loss from watersheds with different landuse. In: Gourbesville, P., Cunge, J., Guinot, V., Liong, S.,(Eds.), Hydroinformatics Conference 2006, Nice, France, 2637-2644

Li, H., Mynett, A.E., Chen, Q., 2006. Modelling of algal population dynamics using cellular automata and fuzzy rules. In: Gourbesville, P., Cunge, J., Guinot, V., Liong, S.,(Eds.), Hydroinformatics Conference 2006, Nice, France, 1040-1047

Chen, Q., 2007. Advances in Ecohydraulics Modelling with Emphasis on Spatially-explicit paradigms. In: Proceedings of the 3rd International EcoSummit.

Li, R., Chen, Q., Mynett, A.E., Wu, S., Wang, H., 2008. Modelling of the flow changes due to reservoir operations and the impacts on aquatic ecosystem downstream. Proceedings of the 16th IAHR-APD Conference, Nanjing, China, Vol. VI:2272-2278

Ye, F., Chen, Q., Cai, D., Mynett, A.E., 2008. Study on the riparian vegetation dynamics due to reservoir operations through an integrated cellular automata model. Proceedings of the 16th IAHR-APD Conference, Nanjing, China, Vol. II:405-410

Chen, Q., Cheng Z., Han, R., Wang, H., 2009. An integrated water quality and individual based model to study the impacts of reservoir operations on downstream fish dynamics. Proceeding of the 33rd IAHR Congress, Vancouver, Canada, 6198-6205

Li, R., Chen, Q., Wu, S., Wang, H., 2009. Application of fuzzy logic to model fish habitat changes in the downstream of Lijiang River due to reservoir operations. Proceeding of the 33rd IAHR Congress, Vancouver, Canada, 6206-6213

Wu, W., Chen, Q., Li, W., 2009. Modeling of Ecosystem Groundwater Level Based on Recovery Ancient Channel of Tarim River. Proceeding of the 33rd IAHR Congress, Vancouver, Canada, 3633-3640

开发的共享版模型工具:

[1] EcoCA: Modelling prey-predator dynamics by cellular automata, with broad functionalities.

[2] LYC: modeling the competition and succession of different macrophytes in freshwater lakes by cellular automata.

[3] FuzzHAB: fuzzy logic model for algal bloom modeling.

这些模型软件由本人独立开发,并共享作为研究生教学使用,目前已在荷兰、丹麦、澳大利亚等国家的大学里使用,并随“Ecological Modelling and Informatics”一起出售。

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