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Microbial Ecology:     more books (100)

Aquatic Microbial Ecology: Biochemical and Molecular Approaches (Brock Springer Series in Contemporary Bioscience) Microbial ecology of a brackish water environment (Ecological studies) Detritus and Microbial Ecology in Aquaculture: Proceedings of the Conference on Detrital Systems for Aquaculture, 26-31 August 1985, Bellagio, Como, Italy (Iclarm Contribution, No. 387) by Italy) Conference on Detrital Systems for Aquaculture (1985 Bellagio, D. J. W. Moriarty, et all 1987-12 Symposium of the Society for General Microbiology: Volume 41, Ecology of Microbial Communities (Society for General Microbiology Symposia) (v. 41) Microbial Ecology: A Conceptual Approach by J.M. Lynch, N.J. Poole, 1980-12-15 Advances in Microbial Ecology, Vol. 5 Aspects of Microbial Metabolism and Ecology, Volume 11 (Society for General Microbiology) by Author Unknown, 1984-02-11 Experimental Microbial Ecology Estuarine microbial ecology, (The Belle W. Baruch library in marine science) Current Perspectives in Microbial Ecology: Proceedings of the Third International Symposium on Microbial Ecology, 1983 by M. J. Klug, 1984-04 Microbial Ecology of Foods: Volume II: Commodities (Microbial ecology of foods) by International Commission on Microbiological Specifications for Foods, 1982-12 Micro-Organisms in Action: Concepts and Applications in Microbial Ecology by J. M. Lynch, 1988-05 Contempory Microbial Ecology by Author Unknown, 1980-02-11 Microbial Ecology of the Phylloplane

lists with details

41. Home - Brian D. Wade
    Research interests include microbial ecology and evolution, microbiogeology, molecular genetic techniques and astrobiology.  
    http://www.freewebs.com/bdwade/
    
    Extractions: var fw_a_cats = ['13'];var fw_a_sizes = ['728x90'];var fw_a_slots = ['user_728x90']; I am a graduate student at Michigan State University in the experimental evolution laboratory of Richard Lenski . Currently, I study the evolution of stress tolerance in microbes , particularly the tolerance of dessication and UV-radiation. My study system involves repeatedly exposing the model bacterium Escherichia coli to desiccation and radiation stresses in long-term evolution experiments (i.e., This system allows me to examine de novo evolution of these stress tolerances. Previously, I studied microbialite-forming cyanobacteria and deep subsurface bacteria. My interests include the ecology, evolution and stoichiometry of microbes, geomicrobiology and astrobiology. My ultimate goal is to synthesize my previous training in ecology and my current training in evolution to better understand microbial systems.

42. Microbial Ecology
    Microbial Ecology A review of current research, methods and applications  
    http://www.highveld.com/pages/microbial-ecology.html
    
    Extractions: The current state-of-the-art of environmental microbiology with an emphasis on molecular biology and genomics. A range of technologies and their applications in environmental microbiology. The book focuses on the microbial diversity and phylogeny of microorganisms in the environment and describes the molecular toolbox currently available for the study of the composition and diversity of microbial communities and their functions. Also covers the application of these approaches in various environments including soil, marine water, plants, humans and wastewater treatment. read more ... The diverse and multiple aspects of metagenomics and the multiplicity of its potential applications. The new theoretical insights, the more recent applications, and the dynamically developing methods of data acquisition and analysis. Essential reading for all researchers wishing to broaden their knowledge of metagenomics and highly recommended for those new to the field. read more ...

43. Ribosomal Database Project - Release 10
    From Center for Microbial Ecology, Michigan State University, USA  
    http://rdp.cme.msu.edu/

44. Microbial Ecology | Special Features
    Joomla! dynamische Portal-Engine und Content-Management-System  
    http://www.bacteriamuseum.org/cms/Special-features/microbial-ecology.html
    
    Extractions: Search Written by Dr. T. M. Wassenaar Tuesday, 23 December 2008 Microbial ecology is the study of ecosystems that are composed of or influenced by microbes. Microbial ecology includes many different topics Ofcourse an ecosystem does not consist of bacteria exclusively. Even arid land soil crusts harbor an ecosystem in which many bacterial species live together with eukaryotic algae, fungi, lichens, and bryophytes Human activity frequently damages natural ecosystems, but when we try to  repair some of that damage,  bacteria can help. Check our display on applied microbiology for what diverse jobs bacteria are used as a cheap labor. Freshwater pollution by organic material is made worse by bacterial activity. The solution would be to stop pollution; the cure can be the application of the right type of bacteria. 

45. Grapes And Wine
    Evaluations of grape cultivars, grape growing and vinification techniques on wine quality plus basic research in microbial ecology of wine fermentations by Thomas Henick-Kling.  
    http://www.nysaes.cornell.edu/fst/faculty/henick/
    
    Extractions: Professor I received my Ph.D. from the University of California at Davis with specialization in entomology and insect ecology in 1989. I was appointed an Assistant Professor in the Entomology Department at NYSAES in Geneva in 1995 with research and extension responsibilities for grapes and small fruit crops... Read Gregory M. Loeb's full profile Faculty list for Viticulture and Enology College of Agriculture and Life Sciences

46. Microbial Ecology — Huck Institutes Of The Life Sciences
    Understanding of microbial ecology is fundamental to the broader field of ecology. Microbial ecologists can find jobs in academia, industry and government.  
    http://www.huck.psu.edu/education/ecology/degree-requirements/options/microbial-

47. Soil Ecology And Restoration Group
    Primary focus is on soils and below-ground processes in arid and semiarid ecosystems with emphasis on microbial ecology and plant-microorganism relationships (San Diego State University, University of California Riverside, USA).  
    http://www.serg.sdsu.edu/SERG/

48. MICROBIAL ECOLOGY - LSU - FALL 2010
    MICROBIAL ECOLOGY BIOL 4800S4 / BIOL 7800-S6 FALL 2010 M 310-600 PM 116 Prescott Hall Instructor Brent C. Christner Office 282b Life Sciences Building  
    http://www.brent.xner.net/BIOL4800/index.htm
    
    Extractions: The goal of this course is to provide a framework for understanding the relationship between and role of microorganisms in natural communities. Course topics are structured to demonstrate the linkages between microbial ecology, diversity, and function. The specific objectives of this course are to expose students to the following topics:

49. Microbial Ecology Resources: Environmental Design Making
    Microbial Ecology Resources software designed for students. Allows students to create ecosystems to gain understandings of ecosystem functionality and productivity.  
    http://commtechlab.msu.edu/sites/dlc-me/resources/rs_5.html
    
    Extractions: Description: This is a part of the BioQuest Library on CD-ROM. "With EDM, students use 'connect-the-components' visual programming tools to create and study model ecosystems. Students build models of increasing complexity, which can include social and economic forces, and study parameter variations to gain understandings of ecosystem functionality and productivity." ~ by the authors

50. Current Issues In Intestinal Microbiology
    Publishes review papers in all areas of intestinal microbiology pertaining to human and other animal systems, including microbial ecology, pathogenic organisms, probiotics and prebiotics.  
    http://www.horizonpress.com/ciim/
    
    Extractions: From January 01, 2008 Current Issues in Intestinal Microbiology (CIIM) will be incorporated into Current Issues in Molecular Biology . The new journal will be known as Current Issues in Molecular Biology (ISSN 1467-3037) and will have a new combined editorial board leading to a stronger and more broadly based publication. All submissions should now be addressed to the new merged journal by following the procedure at Instructions for Authors We very much look forward to receiving your manuscript

51. Microbial Genomics And Ecology Group: Bioremediation, Subsurface Microbiology, C
    Microbial ecology and bioremediation in the subsurface. Research couples molecular biology and bioreporter techniques with traditional microbiological methods to investigate microbial communities and the processes by which microorganisms transform hazardous chemical contaminants. Applications to bioremediation.  
    http://www.esd.ornl.gov/programs/microbes/
    
    Extractions: Division Microbial Ecology and Physiology research in the Biosciences Division , of Oak Ridge National Laboratory (ORNL) focuses on a diverse set of research areas including bioenergy and bioremediation. Information on these activities can be accessed from the home page and below. Most of the group was previously described as the Microbial Genomics and Ecology Group located in the Environmental Sciences Division General Information David Yang Statement of Purpose Microbial Genomics and Ecology research in the Biosciences Division at Oak Ridge National Laboratory focuses on microbial ecology and genomics of environmental organisms. The research is concerned with the basic science underlying bioenergy, bioremediation efforts, carbon cycling and sequestration, as well as other uses of biotechnology. The research couples molecular biology, DNA technology, genomics, and bioreporter techniques with traditional microbiological methods to investigate microbial communities and the processes by which microorganisms transform materials and energy. The goal of these investigations is to increase the understanding of bioenergy production, microbial ecology, nutrient cycling, carbon sequestration, and microbial degradation of hazardous contaminants; to demonstrate application of innovative microbial techniques and bioremediation approaches in solving the

52. RRNDB Home
    Database of over 300 operons, including 77 from whole genome sequence projects, enabling search through the phylogenetic distribution from the Center for Microbial Ecology at MSU, Lansing, MI.  
    http://rrndb.cme.msu.edu/
    
    Extractions: Skip to main content Aug rrn DB：documenting the number of rRNA and tRNA genes in bacteria and archaea. A new article on the rrn DB has been published on Nucleic Acid Research 2009 Database Issue. rrn DB users should now cite Lee, Z. M-P., C. Bussema III and T.M. Schmidt (2009) rrnDB: Documenting the number of rRNA and tRNA genes in Bacteria and Archaea. Nucleic Acids Research. 37: D489-D493. Sep Search function improved The search function was not very intuitive for Internet Explorer and Safari users. It has been updated and there is now a search button that can also be prompt with the Enter key. While there is a search button for both 'search by keyword' and 'search by taxonomy', users can use a combination of both these search functions (ie. Class Gammaproteobacteria and 5 16S rRNA gene copy number)to be more specific in their search. Aug Database Updated With more complete genomes being annotated, we are now able to update the rrnDB with more entries. The database now has rrn operon information for 782 bacterial strains and 69 archaeal strains.

53. Microbial Ecology - Elsevier
    Section 1 Ecology and Evolution Chapter 1 Core Concepts in Studying Ecology and Evolution 1.1 The beginnings of microbiology 1.2 Viruses 1.3 Bacteria 1.3.1.  
    http://www.elsevier.com/wps/find/bookdescription.cws_home/707334/description

54. What Is Microbial Ecology? | ISME-International Society For Microbial Ecology
    Microbial ecology is the study of microbes in the environment and their interactions with each other. Microbes are the tiniest creatures on Earth, yet despite their small size  
    http://www.isme-microbes.org/whatis
    
    Extractions: Home Home > Microbial Ecology Microbial ecology is the study of microbes in the environment and their interactions with each other. Microbes are the tiniest creatures on Earth, yet despite their small size, they have a huge impact on us and on our environment. Microbial ecology can help answer some of our most practical questions such as "How can we improve our lives?" as well as basic questions such as "Why are we here?" Microbial ecology can show us our place in the cosmos how life originated and how it evolved, and how we are related to the great diversity of all other organisms. The study of microbial ecology can help us improve our lives via the use of microbes in environmental restoration, food production, bioengineering of useful products such as antibiotics, food supplements, and chemicals. The study of these bizarre and diverse creatures that are everywhere yet nowhere to be seen is fascinating and a pursuit that appeals to the curiousity and playfulness in us. Most types of microbes remain unknown. It is estimated that we know fewer than 1% of the microbial species on Earth. Yet microbes surround us everywhere air, water, soil. An average gram of soil contains one billion (1,000,000,000) microbes representing probably several thousand species.

55. BioLinks
    Archive of Internet resources on bioremediation and related topics (biogeochemistry, hydrology, hazardous waste, environmental chemistry, microbial ecology, and general environmental topics) organized by topical categories.  
    http://bioremediationgroup.org/BioLinks/home.php
    
    Extractions: BIOLINKS Table of Contents Air Quality Asbestos Resources Biodegradability Potential Biology General Information Biotechnology General Information Biotreatability Screening Book Resources Chemistry General Information Civil Engineering General Information Commercial Resources Composting Resources Contaminant Hydrogeology Resources Contaminant Properties/Characteristics Electronic Focus Group Resources Enhanced Bioremediation Technologies Environmental General Information Geographic Information Systems General Information Geology General Information Government Agencies Hazardous/Solid Waste Management Health and Safety Resources Intrinsic Bioremediation/Natural Attenuation Microbial Ecology and Biogeochemistry Microbiology General Information Newsgroup Resources OnLine Educational Resources Phytoremediation Professional Organizations Project Management Tools Publications Radioactive Waste Resources Regulations/Policy Links Related Miscellaneous Information Remediation Technologies General Information Research Facilities/Groups Risk Assessment/Management Science/Engineering Tools Search Engines Significant Events Software Resources Soil Science General Information Toxicology General Information University Resources Water Resources Well Clogging Evaluation/Mitigation

56. LU - Microbial Ecology
    Soils contain most of the planet’s undiscovered biodiversity and yet we know very little about it. The soil biota is vital they recycle nutrients, produce and consume gases  
    http://www.mbioekol.lu.se/
    
    Extractions: An overview of the Section of Microbial Ecology Research within the Section Soils contain most of the planet’s undiscovered biodiversity and yet we know very little about it. The soil biota is vital: they recycle nutrients, produce and consume gases that affect global climate, destroy pollutants, treat wastes and can be used for biocontrol of plant and animal pests. More importantly, soil is the largest terrestrial carbon source, where the organisms are regulating fluxes. The research in the Section of Microbial Ecology is aiming at identifying the microorganisms that carry out carbon (C) and nitrogen (N) turnover in soils, particularly forest soils, characterize some of these processes at molecular levels and identify how they are regulated under different environmental scenarios. A major focus is on symbiotic interactions between fungi and roots of plants. In these ecologically very important associations called mycorrhizae, the fungal partner obtains photosynthetic sugars from the host plant while in return the plant receives mineral nutrients from the fungus. We are also studying parasitic interactions between fungi and soil-living nematodes. Some of these fungi can be used asbiological control agents against nematodes that cause diseases on plants and animals. Latest Updates On April 09, Edith Hammer presented and defended his PhD thesis "

57. CofC--Grice Marine Laboratory: Home Page
    The marine laboratory of the College of Charleston and the University of Charleston, housing academic programs in marine biology. The lab supports teaching and research in evolutionary biology, marine biogeography, cellular and molecular biology, benthic ecology, immunology, microbial ecology, phytoplankton ecology, environmental physiology, fish systematics, and invertebrate zoology and other marine sciences.  
    http://www.cofc.edu/~grice/
    
    Extractions: Grice Marine Laboratory The Grice Marine Laboratory is the marine lab of the College of Charleston and houses academic programs in Marine Biology. The lab supports teaching and research in evolutionary biology, marine biogeography, cellular and molecular biology, benthic ecology, immunology, microbial ecology, phytoplankton ecology, environmental physiology, fish systematics, and invertebrate zoology and other marine sciences. The laboratory is located at Fort Johnson on James Island across Charleston Harbor from the city of Charleston, South Carolina. Dr. Win Watson keynote address was on Friday, September 24 followed by a poster session and social. Student oral presentations closing address . Additionally on Saturday, there was a Colloquium Social featuring Lowcountry Boil held at the Outdoor Classroom during which the new students were introduced. Many graduate students in Marine Biology presented their research. The 2010 Marine Biology Graduate Student Colloquium event schedule and to review the poster and presentation abstracts.

58. Wiley::Microbial Ecology Of The Oceans
    Wiley Series in Ecological and Applied Microbiology, Ralph Mitchell, Series Editor Microbial ecology is now recognized to be fundamental for understanding the natural world  
    http://www.wiley.com/WileyCDA/WileyTitle/productCd-0471299928.html

59. Coral Microbial Ecology
    Coral microbial ecology is the study of the relationship of coralassociated microorganisms to each other, the coral host, and to their environment.  
    http://coastal.er.usgs.gov/coral-microbes/
    
    Extractions: Search USGS St. Petersburg Coastal and Marine Science Center Coastal and Marine Geology Program St. Petersburg Coastal and Marine Science Center Coral Microbial Ecology USGS Coral Microbial-Ecology Studies: Global Climate Change - Microbial Communities as a Diagnostic Tool? Discovering Archaea Associated with Corals Microbial Ecology of Deep-Sea Corals Microbial Wars: Mucus-Associated Bacteria Fend Off Coral Pathogens ... References Above: The molecular "Tree of Life" consists of three domains derived from 16S rDNA genetic data. 16S rDNA is the gene that codes for ribosomal RNA , a key part of cellular reproduction. Eukarya includes plants, animals, and fungi. [ larger version Above: A coral reef in the south Pacific. Photo credit: Christina Kellogg, USGS larger version Where are these microbes? Coral-associated microorganisms are found in the mucus, tissue, and skeleton of corals. Corals secrete a surface layer of mucus, which functions to keep the coral surface clean of sediment and to capture prey. Each species of coral has mucus that is biochemically unique. When shed, this mucus provides a major nutrient source for the reef environment (Wild, 2004). The tissue of the coral animal is where the symbiotic algae, known as zooxanthellae, live. Endolithic microorganisms (bacteria, fungi, or algae that bore into the coral's calcium carbonate skeleton) are a potential source of nutrients to the overlying tissues. The field of coral microbial ecology is relatively new. What do we know so far?

60. Microbial Ecology
    Biogeography An Emerging Cornerstone for Understanding Prokaryotic Diversity, Ecology, and Evolution  
    http://www.soest.hawaii.edu/oceanography/zij/education/ocn750-mb/papers/20070828

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