41. Dna6.com Bringing together scientists working in molecular biology, infectious diseases, forensic sciences, paleontology, evolution and archaeology. Contains program, online registration form, pre and post tours, and general information. Israel, Jerusalem. http://dna6.com

42. Biozone: Bio Links Biozone's Bio Links contains over five hundred links covering such topics as biology, biotechnology, diseases, evolution, and microbiology. http://www.biozone.co.nz/links.html

This is Biozone's extensive database of biology links. Click on a subject topic listed below to access a selection of useful websites. Click on "New Links this month" to view the latest sites that have been added each month. General Resources Online textbooks and lecture notes, glossaries Publishers Online Animal Behaviour Migration, adaptation, biological rhythms, hierarchies, behaviours: territorial, reproductive, innate, social Animal Biology Nutrition, support, movement, circulation, gas exchange, nervous systems, homeostasis, excretion, reproduction New links this month New links this month New links this month New links this month Biodiversity Classification, taxonomy, biodiversity, loss of biodiversity Biotechnology Cell Biology Cell structure, biochemistry, cell processes, microscopy, molecular transport, enzymes

43. KSU Anthropology - C. Owen Lovejoy Kent State University professor who researches biomechanics, forensics, skeletal biology and human evolution. http://dept.kent.edu/anthropology/lovejoy.html

KSU ANTHROPOLOGY C. Owen Lovejoy Kent State Anthropology Department / olovejoy@aol.com

44. Genetics And Molecular Research Aim to publish original, outstanding research papers in the areas of genetics, molecular biology and evolution. Includes article abstracts and full text in HTML and PDF formats. http://funpecrp.com.br/GMR

45. Andrew T. Beckenbach Associate professor of population genetics and molecular evolution. Current research project, publications and Institute for Molecular biology and Biochemistry. http://www.sfu.ca/biology/faculty/beckenbach/

Andrew T. Beckenbach, Associate Professor POPULATION GENETICS/MOLECULAR EVOLUTION Biological Sciences Simon Fraser University BSc. Florida Presbyterian College M.S. University of Florida Ph.D. University of California, Riverside Room SSB7153, (604) 291-3441 beckenba@sfu.ca Current Research Program My research is in the fields of population genetics and molecular evolution. The main focus is to understand the mechanisms of evolution at the molecular level. The approaches include both empirical studies of DNA sequence variation in vertebrates and selected invertebrate taxa and the theoretical analysis of sequence differences. Our work has primarily involved the mitochondrial genome for several reasons. In animals, it is small and extremely compact. A great deal of information on the mitochondrial genome is already available, including the complete sequences from more than 20 animal species. The genome is essentially haploid, present in many copies in cells and maternally inherited in most animal species. These features make it particularly easy to study and understand. The mitochondrial genome has been particularly useful in reconstructing the phylogenetic relationships among related species, and at higher taxonomic levels. Ultimately, however, adaptive evolution can be understood only through the study of the nuclear genome. Genetic variation among individuals of populations within species may be assessed by studying highly mutable genomic sequences, such as microsatellites. For phylogenetic analyses, above the species level, more conserved gene regions, such as those coding for protein products, must be analysed. We are conducting population level studies using analysis of mtDNA sequences and microsatellites, in an attempt to understand population structure and subdivision. Using mtDNA sequence comparisons, we are examining the phylogenetic relationships among species of Drosophila, as well as among families of true flies (Diptera) and the orders of insects.

46. Evolutionary Biology Resources Partially annotated list of evolutionary biology websites, including historical documents, links to individual researchers' sites, specific topics (speciation, replicators) and links to related fields. http://purl.oclc.org/NET/ehud-site/biology/evolution.html

Evolutionary Biology Aside from being a troubling concept for creationists, evolution is one of the grand and more subtle ideas in science. The term itself covers many rivaling theories, with different views as to the exact mechisms involved in the evolution of living organisms. The prominent theory is, of course, Darwin's theory of natural selection , but the influence of such factors as neutral mutations, molecular evolution, punctured equilibria, evolution of social behvior and others is still a subject of hot debate. It has been argued that prior to the publication of Darwin's work in 1859, we had no worthwhile explanation for such phenomena as life and man. I give this date, , to highlight how new and young this theory is. It is, to me, quite amazing to note the speed in which the theory of evolution changed our thinking, and the extent of these changes. Evolutionary theory is one of the major structuring elements of modern biology, but the theory of evolution inspried many other fields of study as well. The idea of evolution directed by random changes and selection penetrated computer science in the form of evolutionary computation genetic algorithms ,and genetic programming . The concepts of local and global maxima and minima, fitness landscapes etc. are used to help understand other phenomena - like neural networks, economic models and so on.

47. Ethologische Station Sennickerode, Universität Göttingen The Sennickerode Field Station constitutes G¶ttingen University's primate research and teaching facility. Its primary focus is on primate behavioral biology in the fields of applied ethology, ecoethology and sociobiology. A further point of research emphasizes human and non-human primate evolution in consideration and advancement of phylogenetic methodology. http://www.gwdg.de/~hrothe1/englisch/

Looks like your browser is a really old version... It can´t show frames on your screen. So you don´t have a navigation bar on the left side of the screen as usual. But you can use the site with some limitations. to main page without frames

48. ISCID - James Shapiro Chat - How Molecular Biology Opens Up A 21st Century View Transcript of chat with biochemist James Shapiro of the University of Chicago on his concept of natural genetic engineering at the cellular level. http://www.iscid.org/james-shapiro-chat.php

James Shapiro Chat: How molecular biology opens up a 21st Century view of evolution. Transcript from February 20, 2003 2:00-3:00 PM Eastern ISCID Moderator Our guest speaker today is biochemist James Shapiro . Dr. Shapiro is Professor in the Department of Biochemistry and Molecular Biology at the University of Chicago. He received a B.A. in English Literature from Harvard University in 1964 and a Ph.D. in Genetics from Cambridge University in 1968. Dr. Shapiro's most recent research has been centered around the concept of "natural genetic engineering" which is highlighted in his thought provoking paper A 21st Century View of evolution ISCID Moderator Dr. Shapiro asked that I post this opening statement. ISCID Moderator It is a summary of his ideas... ISCID Moderator Genomes ISCID Moderator I am now going to hand the talk over to Dr. Shapiro. Participants can start sending in questions.

49. The Museum Of Evolution And Artificial Life MEAL demonstrates concepts in evolutionary biology to impatient visitors with modest hardware. http://home.pacbell.net/s-max/scott/meal.html

The Museum of Evolution and Artificial Life Most Recent Change: Sat Oct 17 22:17:02 1998 UTC. Welcome to the Museum of Evolution and Artificial Life (MEAL). We aim to demonstrate concepts in evolutionary biology to impatient visitors with modest hardware. Stroll into our main wing and examine our exhibits: The Weasel demonstrates the power of evolutionary techniques to solve huge problems fast. BiomorphBounce illustrates the effect of slow walks through large ``DNA-spaces.'' SimEvol shows bugs adapting to a harsh environment. Unlike the others, this applet requires Java 1.1. Would you like to contribute your own exhibit to MEAL

50. Dr Beetle's Wild Page Of Nature And Philosophy Promotes wildness in humans and offers thoughts on biology, evolution, desire and spirituality. http://drbeetle.homestead.com/index.html

Dr Beetle's Wild Page Dr Beetle promotes wildness in humans the way an enlightened nature intended, and offers new thoughts on biology, evolution, desire and spirituality Dr Beetle's: Scepticism Biology Blast Wildness, FAQ Biology Lesson ... Full Index You're leaving me?: To ban zappers Meet other beetles Read wild books Sing wild songs For other links Who is Dr Beetle? Dr Beetle is a cryptic character, who has come out of his burrow because he was attracted to the bright lights. He has an inordinate fondness for himself, and a caustic view of human beans. During his formative years, he was raised by a family of carabs, and has become supremely wise and insightful. He is full of half pupated home truths that he uses to scuttle-bug the minds of this planet's most pompous species. He has a hard exoskeleton, so cannot be penetrated or insulted. He obtained his PhD from Groundswell University, after presenting his thesis on 'Carbon sequestration and the reduction of greenhouse gases by the proliferation of habitat logs for beetles throughout the suburbs.' When you see the worst side of humans, such as during a riot, looting, fighting or supreme acts of selfishness, humans generally find a way to blame their animal ancestors for the problem. They say 'just under the surface of a civilized human society bubbles their

51. Aims & Scope The oldest biological journal in the world, principally concerned with the process of organic evolution, though papers are also published in the general fields of theoretical, genetic, and population biology. http://www.blackwellpublishing.com/journals/bij/

Journals Subscribe/Renew Editorial Information Table of Contents Association / Society ... Customer Services Quick Search Any Title Author Biological Journal of the Linnean Society A Journal of Evolution Published for the Linnean Society of London Edited by: J.A. Allen Print ISSN: Online ISSN: Issues per Volume: Monthly Current Volume: Aims and Scope The Biological Journal of the Linnean Society publishes papers concerned with the process of organic evolution in the broadest sense. It particularly welcomes contributions that illustrate some of the unifying concepts of evolutionary biology with evidence, either observational or theoretical, from the fields of genetics, systematics, biogeography, or ecology. The Biological Journal succeeded (in 1969) the Proceedings of the Society, the journal in which Darwin and Wallace published their seminal papers in 1858. Highlights The Linnean is available to download online Links to other relevant sites The Linnean Society of London School of Biological Sciences, University of Southampton British Ecological Society Online Access Access this Journal Online.

52. Aims & Scope Bimonthly, peerreviewed, international journal on micro- and macro-evolution. http://www.blackwell-science.com/~cgilib/jnlpage.asp?Journal=jeb&File=jeb

53. The Euglenoid Project Has Moved A comprehensive database of the taxonomy, structure, evolution, and general biology of the euglenoid flagellates, including the genus euglena. http://lifesci.rutgers.edu/~triemer/index.htm

The Euglenoid Project has moved to a new site! You should be transferred to the site automatically in about 5 seconds. If not, please click below to go to the new site and bookmark the site for future reference. http://bio.rutgers.edu/euglena

54. The Journal Of Eukaryotic Microbiology The Journal of Eukaryotic Microbiology publishes original research on protists, including lower algae and fungi. Articles are published covering all aspects of these organisms, including their behavior, biochemistry, cell biology, chemotherapy, development, ecology, evolution, genetics, molecular biology, morphogenetics, parasitology, systematics, and ultrastructure. http://www.jeukmic.org/

The Journal of Eukaryotic Microbiology publishes original research on protists, including lower algae and fungi. Articles are published covering all aspects of these organisms, including their behavior, biochemistry, cell biology, chemotherapy, development, ecology, evolution, genetics, molecular biology, morphogenetics, parasitology, systematics, and ultrastructure. The Journal of Eukaryotic Microbiology is published bi-monthly by The Society of Protozoologists Journal of Eukaryotic Microbiology P.O. Box 1897 Lawrence, KS 66044-8897, U.S.A. Phone: (785) 843-1235 Fax: (785) 843-1274 email: orders@allenpress.com Nr. of Issues per Year: 6 ISSN: 1066-5234 Search Archive (Vol. 45-1998, Vol. 46-1999, Vol. 47-2000, Vol 48-2001, Vol 49-2002, Vol 50-2003) Abstracts and Infos of Section Meetings Impact Factors and Immediacy Index last updated 03/09/2003 Society of Protozoologists Related Journals Protistology Links Parasitology Links ... Subscription Comments and questions regarding this web site should be directed to jeukmic@uoguelph.ca

55. Welcome To EcoBeaker -- Ecology Teaching Software Simulation software for teaching ecology, conservation biology, and evolution. Also makes individualbased research models. http://www.ecobeaker.com

EcoBeaker is the premier program for teaching environmental science, ecology, and evolution at both secondary school and university levels. Adopted by hundreds of universities and high schools, EcoBeaker lets students see population and community level dynamics on screen while performing the kinds of experiments done by practicing ecologists. Plus Check out our New Software Below EvoBeaker Prototype Newly released software for teaching mitosis and meiosis. More information here A prototype of our next major product - use it for free BeakerWare, EcoBeaker, EcoBeakerHS, EcoBeaker101, and EvoBeaker are all trademarks of SimBiotic Software.

56. Molecular Biology And Evolution Archives back to 1983, with abstracts and full articles in PDF, devoted to the interdisciplinary science, supported by the Society for Molecular biology and evolution. http://www.molbiolevol.org/contents-by-date.0.shtml

HOME HELP FEEDBACK SUBSCRIPTIONS ... SEARCH From January 2003 MBE will be published by Oxford University Press on behalf of the Society for Molecular Biology and Evolution . The page you are trying to access for MBE has therefore been moved to http://mbe.oupjournals.org The most frequently visited parts of the old MBE site can now be found at the following urls: Home page: http://www.mbe.oupjournals.org Current issue: http://mbe.oupjournals.org/current.shtml Archive page of tables of contents: http://mbe.oupjournals.org/contents-by-date.0.shtml" Search MBE: http://mbe.oupjournals.org/search.dtl Please change your bookmarks as necessary. You will be automatically redirected to the new MBE home page in 20 seconds. HOME HELP FEEDBACK SUBSCRIPTIONS ... SEARCH

57. Welcome To The Primate Center Research on prosimian biology, conservation needs, and primate evolution are the primary activities. Extensive amount of information on lemurs. http://www.duke.edu/web/primate/

58. Trinity College Biology Department Courses emphasizing the molecular nature of living systems as well as courses treating cell biology, genetics, development, plant and animal morphology and function, ecology, field studies, and evolution. http://www.trincoll.edu/depts/biol/

About the Department Major Requirements Contact Information Course Listings ... Faculty Listing Resources for Students General Resources Biology Courses on CourseInfo Science Resources on the Web Information for the Science Poster Symposium Biology (and other) Teaching Resources ... Online Science Magazines Last revised: November 30, 2000 david.howery@trincoll.edu

59. Sewall Wright Institute Sewall Wright Institute of Quantitative biology and evolution. Members, courses, events, software, other resources. http://www.stat.wisc.edu/wright/

Sewall Wright Institute Who was Sewall Wright? What is the Sewall Wright Institute? Sewall Wright Symposium: 4-5 May 1998 Director's Vision for Bridging across Disciplines ... Plans Quantitative Biology Courses Programs Faculty Conferences ... SWI Response to Interdepartmental Strategic Hiring 1997 Students interested in graduate admissions might want to contact the Graduate School as well as one or more graduate programs across quantitative biology . Undergraduates may want to examine biological sciences undergraduate instruction materials as well as quantitative biology courses This web site ( http://www.stat.wisc.edu/wright/ ) is maintained by the U WI Statistics Department Last modified: Tue Feb 17 11:27:40 1998 by Brian Yandell ( yandell@stat.wisc.edu

60. Meiofauna Education Meiofauna are tiny organisms (such as protozoa) almost all of the living things you can see with a basic microscope (at least 40X magnification) but not with the naked eye. Site discusses their potential uses in biology education and research on evolution and ecology. http://www.flash.net/~jebaker/

Note: The update mailing list for this site will go down with Listbot's free services on August 20, 2001. I will be starting a new update list when I redesign and update Meiofauna Education later in the fall. Please e-mail me if you would like to be added to the list at that time.Thanks! Meiofauna: the Microscopic World Paramecium Look at biology and ecology today: what's missing? Meiofauna! These microscopic organisms are often overlooked in education and research, despite the fact that they are vital to, and have vast potential for, subjects such as: Education Evolution Ecology [ References ] ... [Comments] Meiofauna and Education Meiofauna are great organisms for primary and secondary school classes to study! As long as the class has access to one microscope (preferably with at least 40X magnification), a few reusable slides and slide covers, and an eye-dropper, then studying them is very inexpensive. Beyond those materials (which can easily be used by many classes for many years), you just need some water from outdoors and any small, empty containers you have on hand or at home. The meiofauna are also very low-maintenance unless you're doing really advanced studies; once you collect them, that's it! They will survive in the water for both short-term and long-term study. The species present do change over the course of many weeks, but those changes themselves can be fascinating! Also, (though of course you can never get all students interested in science) meiofauna have many traits which can attract and interest people of all ages. For example, they are easy to sample and maintain in a very small area, yet they come in an unbelievable variety in most aquatic habitats; that variety runs the gammet from all different shapes and rainbow colors, to "funky" ways of moving, to visible predation, and to wild adaptations like suction cups, hooks, and a type of suspended animation which can last for up to a century.

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