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Microbial Ecology: more books (100)

Microbial Ecology of Growing Animals: Biology of Growing Animals Series by Wilhelm Holzapfel, Patrick Naughton, 2005-04-19
Molecular Microbial Ecology of the Soil: Results from an FAO/IAEA Co-ordinated Research Programme, 1992-1996 (Developments in Plant and Soil Sciences)
Advances in Microbial Ecology, Volume 16
Microbial Ecology of Soil and Plant Growth by Pierre Davet, 2004-01-11
Microbial Ecology and Intestinal Infections
Molecular Microbial Ecology Manual Including Supplement 3
Molecular Techniques in the Microbial Ecology of Fermented Foods (Food Microbiology and Food Safety)
Fundamental Processes in Ecology: An Earth Systems Approach by David M. Wilkinson, 2007-12-05
Microbial Mats: Modern and Ancient Microorganisms in Stratified Systems (Cellular Origin, Life in Extreme Habitats and Astrobiology)
Bioremediation: Applied Microbial Solutions for Real-World Environment Cleanup
First International Meeting on Microbial Phosphate Solubilization (Developments in Plant and Soil Sciences)
Algal Ecology: Freshwater Benthic Ecosystem (Aquatic Ecology)
The Ecology of Mycobacteria: Impact on Animal's and Human's Health by Jindrich Kazda, Ivo Pavlik, et all 2009-08-12
Environmental Impacts of Microbial Insecticides: Need and Methods for Risk Assessment (Progress in Biological Control)

lists with details

Microbial Ecology Minor—Graduate School Catalog
microbial ecology microbial ecology is an interdisciplinary research area concerned with the relationships of microorganisms to their natural environment.
http://www.catalogs.umn.edu/grad/programs/g119.html
UWA Handbooks 2004 - Applied Microbial Ecology 303
Applied microbial ecology 303 (701.303). The availability of units in Semester 1, 2, full year, etc. was correct at the time of going
http://units.uwa.edu.au/701.303

Extractions: Search The availability of units in Semester 1, 2, full year, etc. was correct at the time of going to press but may be subject to change. For the most up-to-date information click on the Timetable link below. Credit 6 points Availability Semester 2 (See Timetable) Two modules provide advanced analysis of ecological topics in plant-microbial symbioses, soil-plant-microbe interactions, and other areas of applied and environmental microbiology (e.g. microbiology of agricultural products such as fruit and silage, microbiology of lignin and hydrocarbon breakdown, rumen microbiology, and microbiology of dairy products and wine). Module 2: Advances in Applied Molecular Microbiology provides an in-depth analysis of a range of current research programmes applicable to agriculture, horticulture and natural environments (e.g. specificity in microbial associations, manipulation of rumen micro-organisms, remediation of contaminated sites).
Science Search > Microbial Ecology
1. Digital Learning Center for microbial ecology Michigan State University website with extensive resources on microbes and the environments they live in, as
http://www.science-search.org/index/Biology/Ecology/Microbial_Ecology/
Soil Microbiology And Microbial Ecology, Guy R. Knudsen: Research, PSES, Univers
Soil Microbiology microbial ecology Guy R. Knudsen, PSES, University of Idaho People Current Research Links. People. Guy R. Knudsen
http://soils.ag.uidaho.edu/gknudsen/research/research_main.htm
The University Of Wisconsin-Madison Molecular Microbial Ecology Group
The University of WisconsinMadison Molecular microbial ecology Group. An Introduction. Current Research suggestions or comments The microbial ecology Group.
http://www.cs.wisc.edu/~soileco/

Extractions: The University of Wisconsin-Madison Molecular Microbial Ecology Group Ranjit K. Dasgupta Timothy J. Donohue Katrina Edwards Robert M. Goodman Jo Handelsman James S. Ireland Deborah A. Joseph Sarah Lauffer Ken Nealson Gary P. Roberts Michelle Rondon Eric Schranz Matthew O. Schrenk Holly M. Simon All meeting times will be on Thursdays at 11 a.m. in 295 Russell Labs unless otherwise noted.
Microbial Ecology
microbial ecology. Winter 2004 LH2 Wednesdays, 6945. Syllabus - microbial ecology - draft as of Dec. 2, 2003 -. This will be finalized
http://academic.evergreen.edu/curricular/microbialecology/

Extractions: LH2 Wednesdays, 6-9:45 Syllabus Class Links Images Evergreen Phage Page ... Contact Info Microorganisms are by far the most abundant forms of life on this planet, with enormous impacts on all other aspects of life. This program is designed for MES students and advanced science students with a need and interest in understanding the basic principles and interactions in microbial systems and their roles in the broader ecology of earth. You are expected to have read the assignments before coming to class and be prepared to take active part in discussions. (Work outside of class should take 8 h weekly.)
Molecular Investigations Of Marine Microbial Ecology
Project 5. Molecular investigations of marine microbial ecology. Principal Investigators Chris Scholin, Ed DeLong. A diverse group
http://www.mbari.org/rd/projects/1998/project5.html

Extractions: circulation ... 1997 Projects Project 5 Molecular investigations of marine microbial ecology Principal Investigators: Chris Scholin , Ed DeLong A diverse group of microorganisms, from unicellular algae to bacteria and viruses, play integral roles in the cycling of nutrients and other compounds in the ocean. Current methods for identifying microbial species and linking them to specific biogeochemical processes are time consuming and often problematic, hindering scientific pursuits to understand the role microbes play in the environment. For the rapid identification of certain toxic algae , MBARI researchers have devised molecular probes which are being evaluated in many locations around the world. These probes continue to undergo refinements to improve their reliability and make them easier to use. At the same time, the microbial researchers are expanding investigations into the far broader realm of non-toxic species to determine whether a similar genetic-based strategy is viable for pinning down the identity of these other, more prevalent microorganisms. This work could potentially contribute to a much more detailed understanding of marine ecosytems and their biodiversity, as well as improve our understanding of the evolution of marine microorganisms. Over the long term, the goal is to integrate ecological studies of marine microbes with the more broad-scale chemical, biological, and physical oceanographic research of
Microbial Ecology Of Biofilms In Beef Processing Facilities
microbial ecology of Biofilms in Beef Processing Facilities March 2000 by Rena Orr http//cattle.guelph.on.ca/communications/biofilmsschraft-mar00.html.
http://cattle.guelph.on.ca/communications/biofilms-schraft-mar00.html

Extractions: http://cattle.guelph.on.ca/communications/biofilms-schraft-mar00.html Biofilms are bacterial populations that adhere to each other and to surfaces in the environment while being enclosed in a dense matrix of carbohydrates or polysaccharides. Researchers at the University of Guelph are working to improve their understanding of microbial pathogens in beef, prevent their passage into the food chain and support the development of new processes which improve the quality of beef. Dr. Heidi Schraft, an assistant professor in the department of food science at the University of Guelph, says the work, supported by the Ontario Cattlemens Association, will contribute to a better understanding of the microbial ecology of biofilms present in the meat industry. Biofilm-associated microorganisms (BAM) can change their appearance or phenotype and develop a different type of growth pattern. The most important features of such bacteria are smaller cell size and resistance to antimicrobial agents such as disinfectants. Although they are alive and grow in the environment, these bacteria cannot be grown in a culture and identified in the laboratory. The term for this trait is viable but non-culturable (VBNC).
DEES Reno Facilities: Microbial Ecology Laboratory
DRI, Division of Earth and Ecosystem Sciences (DEES) Facilities. microbial ecology Laboratory (Dr. C. Fritsen). microbial ecology Laboratory (C. Fritsen).
http://www.dees.dri.edu/Facilities/micro-ecol.htm

Extractions: Microbial Ecology Laboratory ( C. Fritsen The Microbial Ecology Laboratory provides facilities for conducting a broad range of ecological studies concerning soil, sediment, and aquatic microorganisms. These studies include the processing and analysis of water and sediment samples from Antarctic lakes and ice; culturing and characterizing of ice biota; and storing and processing periphyton samples from the western U.S. State-of-the-art equipment for analyses of microalgae include standard microbiological instrumentation for culturing and observing bacteria, algae and protozoa; including centrifuges, balances pH meters, fume hood, fluorometer (Turner Designs 10-AU), spectrophotometer (Crary 300), light and temperature-controlled incubators, DO and pH electrodes, water quality sondes (YSI), vacuum lines and pumps, vacuum manifolds and filtration apparatus, autoclave, drying and ashing ovens, refrigerator and freezer, and two gas chromatographs with FID and TCD detectors. A research epifluorescence microscope (Olympus BX-60 with cryostage) is equipped with Digital cameras and integrated to digital image analysis system. The p ositive-pressure clean rooms are temperature controlled for ice core processing and sample preparation. Freezer rooms dedicated for the cultivating of low temperature-brine biota are outfitted with backup power and alarm systems to maintain cold conditions necessary for long-term cold-oriented research.
DEES Reno Facilities: Molecular Microbial Ecology Laboratory
Facilities. Molecular microbial ecology Laboratory (Dr. A. Murray). FACILITIES Reno. Molecular microbial ecology Laboratory (A. Murray). The
http://www.dees.dri.edu/Facilities/molecular-micro.htm

Extractions: Molecular Microbial Ecology Laboratory ( A. Murray The Molecular Microbial Ecology Laboratory is fully equipped for state of the art molecular biology (RNA and DNA) research including capabilities to facilitate high-throughput work (multichannel pipettors, 96 sample gel apparatus, vacuum apparatus for 96-well plate mini-prepping and purifications). The lab is equipped with two thermal cyclers, refrigerated and room temperature microfuges, hybridization oven, several gel electrophoresis boxes and DGGE unit, UV transilluminator and digital camera, and software for image analysis. Specific equipment to perform DNA microarray hybridizations includes staining dishes and racks for array manipulations, hybridization cassettes, water baths, hot blocks, centrifuge with microtiter plate spinning capacity. The lab contains a Adjacent shared-use equipment include a Varian spectrophotometer, laminar flow hood, autoclave, and Olympus BX60 Epifluorescence Microscope with MTI CCD camera and image-Pro Plus image analysis software.
Microbial Ecology
microbial ecology. broader ecology. other microorganisms. Soil microbes in boreal forest humus after fire. Presented in November 1999
http://agrifor.ac.uk/browse/cabi/8cec315ce8d4da096cd4498880a079f9.html
Science Kit And Boreal Laboratories - Microbial Ecology
Date 5/13/2004, Catalog Ecology Environment Population Ecology microbial ecology. microbial ecology. Click here to view all products in this category.
http://www.sciencekit.com/category.asp_Q_c_E_429015

Extractions: Your e-mail here: Classroom Products... Choose a Category Elementary Highlights Middle School Highlights High School Highlights College Highlights Balances Forensics Gifts for Teachers Lab Supplies Microscopes Teacher Developed, Classroom Tested I am looking for... Choose a Subject Executive Toys Fun Science Gifts for Teachers Gifts for Kids Under 12 Gifts for Teens Science Games Gifts Under $50 Gifts $50-$99.99 Gifts Over $100 Date - 6/10/2004 Catalog Population Ecology Microbial Ecology Enter Keywords or Item # All Products Biology Chemistry/Chemicals Earth Science Elementary (K-6) Forensics Scientific Inquiry and Science Fairs Instructional Technology Labware and Furniture Physics Science Books Teacher Developed Classroom Tested HomeSchooling Science Teachers Make a World of Difference Publisher/Recommended Materials Lists Cool Science
Microbial Ecology
Proposal to Create a Program of Excellence for the Study of microbial ecology in Food Animal Agriculture. The impact of food animal
http://ansci.osu.edu/maple/microbial_ecology.htm

Extractions: Home Up What is MAPLE MAPLE team members ... Contact MAPLE Proposal to Create a Program of Excellence for the Study of Microbial Ecology in Food Animal Agriculture. The impact of food animal production on the environment is a current, critical public issue. As the industry has made improvements in management, efficiency, and economic viability of food animal production to meet the needs for meat and milk throughout the world, the effect of this increased and concentrated production on the environment has become a focal point of concern. The microbiology of these environments cant be ignored, as evidenced by the heightened public concerns of animal agricultures potential contribution to the onset and spread of bacteria resistant to antibiotics. Ohio agriculture requires a strong and innovative research program designed to assess, and ultimately minimize, the transference of antibiotic resistance genes among microbes in food animal production environments. The Departments of Animal Sciences and Veterinary Preventive Medicine have defined this as a key endeavor and have established a commonality of purpose, drawing on the affinity in research interests among new and established faculty in both Departments. The immediate focus for this team will be to investigate the spread of antibiotic resistance genes in food animal production environments. In addition to their use to thwart bacterial infections, antibiotics are also fed to food animals in sub-therapeutic levels to enhance growth. Bacteria, especially in environments where antibiotics are used, are constantly evolving, and through processes called
The Griffith University Microbial Ecology Research Group
The Griffith University microbial ecology Research Group. microbial ecology, Environmental, bacteria, Cyanobacteria, biofilm, wetlands
http://www.microbialecology.org/
Impact Of Elevated CO2 On Soil Microbial Ecology
Imapct of Elevated CO 2 on Soil microbial ecology. Collaborators CSIRO, Division of Plant Industry, Canberra, Australia. Macaulay Contact
http://www.mluri.sari.ac.uk/research/co2_res.html

Extractions: Thursday June 10, 2004 "Research Today for Land Use Tomorrow" Text Only Version International Research EU Funded Contracts International Feed Resource Unit Macaulay Contact Through international collaboration with CSIRO in Canberra we were able to address these questions, bringing together their expertise in plant physiological responses to elevated CO2 and our expertise on microbial community assessment. The phytotron growth facilities at CSIRO, dedicated to elevated CO2 studies, were used to grow swards of Danthonia richardsonii (a native C3 Australian grass) at ambient and twice ambient CO2 and varying levels of low N application (20, 60, 180 kg N ha-1). We were able to show that the C:N ratio of shoots, plant litter, roots and soil increased in plants grown at elevated CO2 and there was an increase in total soil carbon at elevated CO2 across all N treatments. We used the Biolog system to construct community level physiological profiles (CLPP) of the microorganisms from the rhizosphere of D. richardsonii. We used Biolog GN and MT plates, the latter to which more ecologically relevant root exudate C sources were added, to characterise the communities. We showed that microbial community structure, in the rhizosphere of D. richardsonii, changes when the plants are grown at elevated CO2, with a preferential stimulation of fungal growth (Figure 1). This is the first study to demonstrate such a change. These changes were due to the grass exuding compounds with a higher C:N ratio when grown at elevated CO2. This was reflected in a significantly greater utilisation of all C sources, except those with a low C:N ratio (neutral and acidic amino acids, amides, N-heterocycles, long chain aliphatics) by microbial communities from the rhizosphere of elevated CO2
Biology Department - Woods Hole Oceanographic Institution
Working Groups Microbiology microbial ecology. Microbiology microbial ecology Taylor, Waterbury, Webb, Dyhrman , Sievert Microbial
http://www.whoi.edu/science/B/dept/working_groups/microbiology.htm

Extractions: Microbial studies encompass the distribution, abundance, physiological status, and growth rates of these organisms as well as their symbiotic interactions, population diversity and dynamics, and biochemical adaptations. Molecular biological methods are increasingly applied to these areas of research. Other marine microbial stud ies include food-chain dynamics, production of bioactive compounds such as toxins and extracellular enzymes, and speciation and phylogeny. Some of the current research areas in microbiology include: Bacterial chemosynthesis is the base of the food chain for the hydrothermal vent biota. The laboratory of Carl Wirsen and Stefan Sievert investigates the diversity of aerobic sulfide oxidizing bacteria and anaerobic, hyperthermophilic, sulfur reducing archaea, as well as their physiology, ecology and biotechnological applications. The bacterial turnover of dissolved organic matter in the world oceans is pivotal for the global carbon budget. A pressurized chemostat is used in the laboratory of Carl Wirsen and Stefan Sievert to measure metabolic activities of bacterial isolates that are adapted to high pressure, low temperature and low concentrations of organic substrates.
Wiley-VCH - Journal Of Basic Microbiology
The journal publishes results of fundamental research on procariotic and eucariotic microorganisms. Particular consideration is given to papers dealing with general aspects of microbial physiology, biochemistry, cytology, genetics, ecology, taxonomy, virology and biotechnology.
http://www.wiley-vch.de/publish/en/journals/alphabeticIndex/2248

Extractions: Journals Journals from A to Z Journal of Basic Microbiology Books Journals Please specify Accounting Architecture Business Chemistry Civil Engineering Computer Science Earth Science Education Electrical Engineering Finance Geography Graphics Design History Industrial Engin. Life Sciences Materials Science Mathematics Mechanical Engin. Medical Sciences Physics Social Science Statistics Journals from of Manuscripts ... Electronic Media Please specify Accounting Architecture Business Chemistry Civil Engineering Computer Certification Computer Science Earth Science Economics Education Electrical Engineering End-User Computing Finance Geography Graphics Design History Hospitality Industrial Engin. Law Life Sciences Materials Science Mathematics Mechanical Engin. Medical Sciences Physics Psychology Social Science Statistics Journal of Basic Microbiology
ProbeBase
News database updated, now containing 1063 probes, 4 microarrays, 208 references (23.03.04) search probebase by categories (11.2.03) search target
http://www.microbial-ecology.de/probebase/

Extractions: Show list of probes targeting a physiological, a taxonomic, or a ecological group of organisms. select probe category sulfate-reducing prokaryotes methanogenic archaea ammonia-oxidizing bacteria nitrite-oxidizing bacteria anaerobic ammonium-oxidizing bacteria methylotrophic bacteria organisms of medical or hygienical relevance symbiotic prokaryotes syntrophic prokaryotes eukaryotes organisms at higher taxonomic levels bacteria of relevance in wastewater treatment
Centre For Ecology, Evolution And Conservation At The University Of East Anglia
A group of 21 faculty, with interests in behavioural ecology, biodiversity, biogeochemistry, ecophysiology, genetics, environmental genomics, life histories, pollution, population biology, tropical, landscape, microbial, molecular and restoration ecology.
http://www.uea.ac.uk/ceec/

Extractions: UK The Centre for Ecology, Evolution and Conservation at UEA , Norwich, is one of the largest groups of ecologists and evolutionary biologists in Europe, with over 20 members of faculty and a community of around 70 research staff and PhD students. We offer: BSc degrees in Ecology , including options to spend a year in North America; Australasia or mainland Europe A one year Masters programme in Applied Ecology and Conservation Doctoral programmes in ecology, evolutionary biology and conservation. CEEC brings together staff and students based in two departments, the School of Biological Sciences and the School of Environmental Sciences . There are strong collaborative links in research and close integration of teaching between the two Schools, and some staff hold joint appointments. External collaborators include British Trust for Ornithology, RSPB, the John Innes Centre and CEFAS. We are also members of the NERC funded UK Population Biology Network (
International Microbiology
The official Journal of the Spanish Society for Microbiology. The fields covered include microorganisms, microbial biology (physiology, ecology, morphology, taxonomy, genetics, pathogenesis) and microbial applications (environmental, soil, industrial, food, medical microbiology, biodeterioration, bioremediation, biotechnology).
http://www.im.microbios.org

Extractions: I NTERNATIONAL M ICROBIOLOGY is the official journal of the Spanish Society for Microbiology (SEM). The first journal published under the auspices of the SEM was , which was launched in 1947. From 1985 until 1997, the journal was called . In 1998, the title was changed to I NTERNATIONAL M ICROBIOLOGY . The journal addresses the international scientific community and publishes two types of contributions: Articles and Complements. Articles may be reviews, research articles, or research notes. Complements may be editorials, perspectives, opinions, book reviews, obituaries, etc. The fields covered by I NTERNATIONAL M ICROBIOLOGY are: microorganisms, both prokaryotes and eukaryotes (prions, viruses, bacteria, archaea, protists, yeast, molds), microbial biology (physiology, ecology, morphology, taxonomy, genetics, pathogenesis), and microbial applications (environmental, soil, industrial, food, medical microbiology, biodeterioration, bioremediation, biotechnology). Papers related to microbial science on a worldwide basis are also considered. Special emphasis is given to issues that go beyond the traditional boundaries of a microbiology journal: the state-of-the art of microbiology in different regions of the world, the research activities and interests of outstanding microbiologists, the role of microbiology in society and education, new findings from the frontiers of current research, et cetera. Critical reviews of new books on microbiology, related sciences, and social aspects of science are also welcome.

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