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Soil: more books (101)

The Nature and Properties of Soils by Harry Oliver Buckman, Nyle C. Brady, 1966-01
Free Soil by Diane Jordan-Grizzard, 2010-07-13
Toxic Metals in Soil-Plant Systems
Modelling with Transparent Soils: Visualizing Soil Structure Interaction and Multi Phase Flow, Non-Intrusively (Springer Series in Geomechanics and Geoengineering) by Magued Iskander, 2010-06-03
Soils of the Past by Gregory J. Retallack, 2001-02-15
Shallow soil by Knut Hamsun, 2010-08-06
Soil And Water Conservation Handbook: Policies, Practices, Conditions, And Terms (Sustainable Food, Fiber, and Forestry Systems) by Paul W. Unger, 2006-10-23
Advanced Unsaturated Soil Mechanics and Engineering by Charles W. W. Ng, Bruce Menzies, 2007-12-07
Soil Physics by William A. Jury, Robert Horton, 2004-03-25
Chicken Tractor: The Gardener's Guide to Happy Hens and Healthy Soil by Andy Lee, 1994-07
Environmental Soil Physics: Fundamentals, Applications, and Environmental Considerations by Daniel Hillel, 1998-09-14
Soil, Grass and Cancer by Andre Voisin, 2000-01-01
Practical Design Calculations for Groundwater and Soil Remediation by Jih-Fen (Jeff) Kuo, 1998-09-17
Southern Seed, Northern Soil: African-American Farm Communities in the Midwest, 1765-1900 by Stephen A. Vincent, 2002

lists with details

Geoindicators: Soil And Sediment Erosion
link to GCRIO Home NAME soil and sediment erosion Where land use causes soil disturbance, erosion may increase greatly above natural rates.
http://www.gcrio.org/geo/soil.html

Extractions: NAME: Soil and sediment erosion BRIEF DESCRIPTION: Erosion, the detachment of particles of soil and surficial sediments and rocks, occurs by hydrological (fluvial) processes of sheet erosion, rilling and gully erosion, and through mass wasting and the action of wind [see sediment geochemistry and stratigraphy stream sediment storage and load wind erosion ]. Erosion, both fluvial and eolian (wind) is generally greatest in arid and semi-arid regions, where soil is poorly developed and vegetation provides relatively little protection. Where land use causes soil disturbance, erosion may increase greatly above natural rates. In uplands, the rate of soil and sediment erosion approaches that of denudation (the lowering of the Earth's surface by erosional processes). In many areas, however, the storage of eroded sediment on hillslopes of lower inclination, in bottomlands, and in lakes and reservoirs, leads to rates of stream sediment transport much lower than the rate of denudation. When runoff occurs, less water enters the ground, thus reducing crop productivity. Soil erosion also reduces the levels of the basic plant nutrients needed for crops, trees and other plants, and decreases the diversity and abundance of soil organisms. Stream sediment degrades water supplies for municipal and industrial use, and provides an important transporting medium for a wide range of chemical pollutants that are readily sorbed on sediment surfaces. Increased turbidity of coastal waters due to sediment load may adversely affect organisms such as benthic algae, corals and fish.
Agricultural Productions Research Systems
Expertise and research technology in crop and soil management and the computer simulation of farming systems, particularly for northern Australia.
http://www.apsru.gov.au/

Extractions: Welcome to www.apsru.gov.au Home Research Unit Research Projects ... Personnel APSRU is a joint research unit of Queensland Departments of Primary Industries (DPI) and Natural Resources and Mines (DNRM) CSIRO 's , and the University of Queensland (UQ) . APSRU was originally established in 1990. APSRU's core expertise and research technology is in crop and soil management and in the computer simulation of farming systems. The needs of producers for timely information to plan and make decisions provides an important opportunity for APSRU. The unit has engaged producers in relevant research and development via direct action with producers and indirect action via advisers and consultants Following two successful five year phases, we have now commenced our third phase. F ive key result areas have been nominated for APSRU in its third phase , with stated outcomes in the following areas: 1. improved economic and environmental sustainability of agricultural systems via research in rural business systems
The Soil Bleeds Black
The soil Bleeds Black, official website contemporary and traditional medieval music ensemble.
http://users.erols.com/tsbb/
CNAL
Offers complete soil test to determine adequate lime and fertilizer requirements. soil tests are available for agronomic crops, tree and fruit crops, home gardens, and lawns, nurseries, and golf courses.
http://www.css.cornell.edu/soiltest/
Soil Ecology And Restoration Group
soil Ecology and Restoration Group (SERG). This site has moved to http//www.serg.sdsu.edu/SERG/index.html.
http://www-rohan.sdsu.edu/dept/serg/serg.html
New Page 1
Government agency dedicated to the conservation of soil and water resources. Website contains useful information on conservation techniques for farmland and rural and suburban communities.
http://www.go-concepts.com/warrenswcd
Welcome To The IUSS
The International Union of soil Sciences (IUSS) is the global union of soil scientists. The objectives of the IUSS are to foster
http://www.iuss.org/

Extractions: The International Union of Soil Sciences (IUSS) is the global union of soil scientists. The objectives of the IUSS are to foster all branches of the soil sciences and their applications, and to give support to soil scientists in the pursuit of their activities. This website provides information for IUSS members and those interested in soil science and related fields! Soils are exciting !
Soil Fertility
Answers questions related to the enhancement and maintenance of soil fertility.
http://www.seafriends.org.nz/enviro/soil/fertile.htm

Extractions: Farmers have known for a very long time that certain substances, when added to the soil, improve production. These are now called fertilisers. For reasons of cost and ease of use, chemical fertilisers have replaced natural ones. Although plants can't distinguish the difference, artificial fertilisers can easily be over-used, resulting in damage to the soil, rivers and ocean. Learn to know how to produce more, while damaging the soil less. What do plants need? Liebig's law states that the need in shortest supply will be the main factor limiting growth. Often overlooked needs are light and warmth. A plant's most important need is water. In most places on Earth, water is a problem. There is either too much of it or too little. Water is needed by soil organisms too, so a farmer's most urgent task is to manage the supply of water. Nutrients are found in the rocks. Once weathered into soil, these become available to plants. This supply is not enough, the reason why all terrestrial ecosystems recycle their nutrients with minimal losses. Agricultural soil should recycle its nutrients too, but there are insurmountable problems. Is fertilising necessary and how is it done? How can the fertility of the soil be enhanced and maintained?
Soil And Fertilizer Publications From The NDSU Extension Service
Publications about fertilizing a number of different plants, from the North Dakota State University.
http://ndsuext.nodak.edu/extpubs/soilfert.htm

Extractions: North Dakota State University Soil and Fertilizer Publications Number Title Year Cost Fertilizing Hard Red Spring Wheat, Durum, Winter Wheat and Rye Fertilizing Sunflower Fertilizing Sugarbeet (PDF Version 227KB) ... Fertilizing Alfalfa, SweetClover, Alike Clover, Birdsfoot Trefoil, Red Clover, and Grass-Legume Available Soil Water in North Dakota as of November 5, 1991 Choosing a Crop Yield Goal North Dakota Fertilizer Recommendation Tables and Equations Based on Soil Test Levels and Yield Goals PDF Version (54KB) Chloride Distribution in North Dakota Soils Calculations for Fertilizer Blends to Meet Soil Test Req. 1988 Recommendations Conservation Tillage Calendar for Spring Wheat and Durum Soil Sampling for Fertilizer Recommendations Fertilizer Management Strategies For Spring Wheat Production in Northern Climates Managing Saline Soils in North Dakota PDF Version (181KB) Fertilizing Mustard and Canola Soybean Soil Fertility ... (PDF Version 947KB) Manure Sampling for Nutrient Management Planning (PDF Version 86KB) EB 49 Persistence and Mobility of Pesticides in Soil Water ER 50 Spring Wheat Response to Copper Fertilization in North Dakota ER 52 North Dakota Survey of Soil Copper, pH, Zinc, and Boron Levels
The Department Of Plant And Soil Sciences Homepage
Welcome Welcome to the Department of Plant and soil Sciences. Plant soil Sciences is an Affirmative Action/Equal Opportunity Department.
http://www.umass.edu/plsoils/

Extractions: Welcome to the Department of Plant and Soil Sciences. To help you better understand our Department and the educational and career opportunities in working with plants and soils, we have listed several homepage sections that you will want to see. Enjoy your visit to our homepage and plan a visit to our campus. You are always welcome.
Levels Of Organization
Top/Science/Agriculture/soils/soil_Morphology,_Classification_and_Survey
http://www.gsf.de/UFIS/ufis/thesaur/soil.html
Department Of Soil And Water, Adelaide University
Department of soil and Water The University of Adelaide Waite Campus PMB 1 Glen Osmond SA 5064 Mission Statement soil and Water Phone List Staff and Students.
http://www.waite.adelaide.edu.au/Soil_Water/
Domain Name Registration With Free Web Hosting And Email.
Online shopping site offering convenient soil test packages including all you need to receive a complete laboratory analysis of your soil.
http://www.agropro.com/

Extractions: Get your own domain name with FREE 10MB web space, POP3 and web based email: Find a Domain: .com .net .org .info .biz .us .us.com .co.uk .org.uk .me.uk .uk.com .ac .bz .ca .cc .com.cn .net.cn .org.cn .de .gs .it .ms .nu .sh .st .tc .vg .ws .com.au .id.au .eu.com .gb.com .uk.net .gb.net .de.com .cn.com .ru.com .qc.com .se.com .br.com .sa.com .za.com .uy.com Your location US UK Canada Other If this is your domain name please log in via FTP and delete this file which is called index.html Hostroute.com Ltd
Soil Ecology And Restoration Group
Primary focus is on soils and belowground 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/

Extractions: San Diego, CA 92182 About the Soil Ecology and Restoration Group (November 8, 2000) Announcements / Job Opportunities (April 11, 2004) Personnel (February 27, 2004) Publications (November 13, 2001) Current Research (March 18, 2004) Plant and Fungi species lists (April 5, 2001) General restoration techniques and equipment and suppliers (May 13, 2001)
CPC: Monitoring & Data: United States Soil Moisture Monitoring
HOME Monitoring Data US soil Moisture Monitoring. The following data and maps are important tools to developing soil moisture outlook maps.
http://www.cpc.ncep.noaa.gov/soilmst/

Extractions: HOME The following data and maps are important tools to developing soil moisture outlook maps. Descriptions More Products Soil Moisture changes in calculated soil moisture anomalies (millimeters) animated loop from January 1998 to the present. Evaporation Runoff - A series of maps showing current month and most recent 12 months average runoff and anomalies; 12 months percentiles and runoff climatology. Precipitation and Temperature Recent Anomalies Recent Changes - Maps showing the current month's soil moisture anomaly change from the previous 1- and 3-month periods. Climatology - Monthly soil moisture, total precipitation, average temperature and evaporation climatology. Experimental Drought Indicator Blends - CPC produces two experimental drought blend maps, featuring a long-term drought blend of indices designed to better depict hydrological drought and a short-term blend to depict agricultural drought. Both maps show areas of abnormal wetness as well as dryness. Download data - to down load the historical monthly soil moisture data and the daily soil moisture data of this year.
Soil Stabilisation From RoadPacker International - Your Road In A Drum - Home Pa
Manufacture ionic soil stabilisers and road stabilisation and dust prevention products used in road construction.
http://www.roadpackers.com/

Extractions: As a successful part of The RoadPacker Group of companies - RoadPacker International have initiated a soil stabilisation research and development programme that has enabled other group members like Low Cost Housing International to enjoy significant development benefits. For some considerable time - both the public and private sectors of Governments/Municipalities the world over have expressed anxiety, regarding the deteriorating condition of vital road networks due to the lack of available funding. Over the last fifteen or so years - soil stabilization RoadPacker International have been at the forefront of developing innovative and unique, alternative road construction methods and have developed two significant market leading soil stabilisation products in RoadPacker Plus and RoadBond The fact that you've taken the trouble to find our website is a clear indication of your interest in alternative road construction methods - especially including soil stabilization . We hope that while you are here, we will be able to start you in a new direction in creating a better foundation for your future road construction project needs.
CPC: Soil Moisture Monitoring: Soil Moisture
A series of maps showing most recent day, monthly and 12 months calculated soil moisture, anomalies and percentiles; 25year average soil moisture soil
http://www.cpc.ncep.noaa.gov/soilmst/w.html

Extractions: HOME U.S. Soil Moisture Monitoring ... soil moisture outlook Soil Moisture Soil Moisture Anomaly Soil Moisture Percentiles Monthly Soil Moisture Climatology Soil Moisture Animated Loop Notes: Full Field: unit is mm and the maximum is set to be 760 mm in the model. With a porosity of 0.47 this corresponds to a model depth of about to 1.6 meters Wetness: ratio of calculated soil moisture (mm) to the maximum (760 mm) Anomaly: departure from 1971-2000 Climatology (unit: mm) Ranking Percentile: from 1932-2000 period NOAA/ National Weather Service
Dr. James Cook Reports On Early Ethylene Research
Brief summary of work done by Dr James Cook, a member of the National Academy of Sciences, over the last 20 years.
http://www.pmac.net/ethcook.htm

Extractions: March 6, 1997 Dr. James Cook, a member of the National Academy of Sciences and leading expert in root health and soil microbial biocontrol, has provided a fascinating summary of work he and colleagues did on ethylene starting over 20 years ago. We will post excerpts from the articles cited by Dr. Cook in the near future. We would welcome other thoughts, suggestions and references, since there is going to be an effort to design some field experiments this summer, as part of the WWF-WPVGA potato IPM project in Wisconsin and no doubt in some other locations as well in light of these recent findings. Dr. Cook can be contacted at USDA-ARS Department of Plant Pathology, 367 Johnson Hall, Pullman, Washington 99164. Phone:509-335-3772. My work with ethylene was done from about 1974 to 1980, so it goes back some years. It was also quite controversial. Jim Lynch, working in the UK, had reported that ethylene production from soil came from fungi, especially Mucor species, using methionine as a substrate. Alan Smith in Sydney Australia and I showed and reported in a paper to Nature that ethylene production in soil could not be from fungi on the basis that 1) fungi are aerobic organisms yet ethylene production from soil is prevented by oxygen and enhanced by replacing soil oxygen with any of the gases nitrogen, helium, argon, or hydrogen, and 2) could be prevented by purging the soil with live steam (100 C) but was not phased by treating the soil with aerated steam at temperatures up to 80 C.
NDSU Soil Science Homepage
calendar of soil science events, Link to students in soil science at NDSU, Link to people in the soil science department. Link to
http://www.soilsci.ndsu.nodak.edu/
Lang Penetrometer
with usage information and contact information are included on this site.A device used to evaluate the resistance to penetration of soils. It gives an indication of the soil compaction.
http://www.langpenetrometer.com

Extractions: The Lang Penetrometer Soil Compaction Meter Take the Guesswork out of Soil Compaction The Lang Penetrometer is a Soil Compaction Meter that is Quality Constructed from all Corrosion Resistant Materials to give you Reproducible Compaction Readings on a Calibrated Scale or Color code. There are thousands of applications! Email us with yours! Purchase the Lang Penetrometer Directly from the Manufacturer! $189.00 USD Plus Shipping and Handling Lang Penetrometer Inc. 17728 Old Ft. Morgan Trail Gulf Shores, AL 36542 -968-7266 Phone and Fax For more information, please Email us! Made in the U.S.A. Click Here for A Photo of the Lang Penetrometer Click Here for Usage Photos Click Here for the Technical Data Sheet Click Here for Description and Directions ... Click Here for Parts List

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