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ZZ-009 3 in 1 Soil Tester with PH/Light/Moisture Acidity Tester for Bonsai Tree Garden Care Farm

Soil Biology Effects on Soil Quality

Huntingdon Fusion Techniques Purgenet Dew Point Purging Gas Moisture Sensor DPS1000

Huntingdon Fusion Techniques Purgenet Dew Point Purging Gas Moisture Sensor DPS1000

The HFT PurgeNet Dew Point Purging Gas Moisture Sensor revolutionises the measurement of the dew point for critical welds, making it incredibly easy. With its seamless integration capability into any of Huntingdon Fusion's high spec PurgEye Weld Purge Monitors, the HFT PurgeNet Dew Point Purging Gas Moisture Sensor eliminates the need for Companies involved in critical joint welding to invest in a separate and costly Dew Point Meter, offering accurate readings down to 1 ppm (with a precision of 10 ppm) . Dew Point Purging Gas Moisture Sensor is suitable for the following types of gases: Argon (Ar) Oxygen (O2) Nitrogen (N2) Hydrogen (H2) Carbon Dioxide (CO2) Features Integration Compatibility: It is designed to seamlessly integrate with high spec PurgEye Weld Purge Monitors, providing a comprehensive solution for measuring both dew point and weld purge parameters. Dew Point Measurement: The sensor is specifically designed for accurate measurement of the dew point, enabling precise assessment of moisture levels in the purging gas during critical welds. Wide Reading Range: It can measure dew points down to 1 ppm, ensuring high sensitivity and enabling precise control of moisture levels. The accuracy of the measurements is rated at 10 ppm. Cost Savings: By eliminating the need to purchase a separate and expensive dew point meter, the HFT PurgeNet Dew Point Purging Gas Moisture Sensor helps companies reduce costs and streamline their welding processes. User-Friendly: The sensor is designed to be user-friendly and easy to operate, simplifying the measurement process for welders and technicians. Reliability: It is built to deliver reliable and consistent results, ensuring that critical welds are performed under optimal conditions with controlled moisture levels. Durability: The sensor is constructed with durable materials to withstand the harsh environments typically encountered during welding operations, ensuring its longevity and performance. Compatibility PurgEye 200 PurgEye 500 Desk PurgEye 600 PurgEye 1000 Remote PurgEye 1500 Site FAQs 1. What is Dew? Dew is expressed as drops of liquid water that condense from the atmosphere and onto any solid surface like metal. 2. What is the Dew Point? The dew point is the temperature in C or F at which air is saturated with water vapour (also referred to as humidity) Below the dew point, water will begin to condense on solid surfaces in the welding environment. 3. How does water moisture affect the quality of the weld joint? Under arc conditions, water is broken down into hydrogen and oxygen in atomic form which, when present in weld metal, cause porosity and are known to create cracking in the weld joint. 4. Why should I use a Dew Point Purging Gas Moisture Sensor? Using the PurgeNet Dew Point Purging Gas Moisture Sensor while welding is the easiest method for indicating when water will condense on solid surfaces in the welding zone. Water can form as moisture on metal surfaces while welding and it is important to be able to measure Dew Point while welding lengthy critical joints as conditions can change during the welding process. 5. How does the Dew Point Purging Gas Moisture Sensor give readings? The PurgEye Dew Point Sensor accessory has been designed to integrate with most of the Argweld Weld Purge Monitors via the PurgeNet lead that is supplied with them, thereby giving values and water present on the same screen. In this way, the user is not forced into the purchase of an expensive, separate Dew Point Monitor that will give its reading elsewhere. 6. Which Weld Purge Monitors are compatible with the Dew Point Purging Gas Moisture Sensor? The PurgeNet Dew Point Purging Gas Moisture Sensor is compatible with the PurgEye 200, 500 Desk, 600, 1000 Remote and 1500 Site.

GBP 4299.99
1

Sustainable Soil Management

Soil and Climate

Soil and Climate

Climate is a soil-forming factor and soil can mitigate climate change through a reduction in the emissions of greenhouse gases and sequestration of atmospheric CO2. Thus there is a growing interest in soil management practices capable of mitigating climate change and enhancing environmental quality. Soil and Climate addresses global issues through soil management and outlines strategies for advancing Sustainable Development Goals (SDGs). This volume in the Advances in Soil Science series is specifically devoted to describe state-of-the-knowledge regarding the climate–soil nexus in relation to:Soil Processes: weathering decomposition of organic matter erosion leaching salinization biochemical transformations gaseous flux and elemental cycling Soil Properties: physical chemical biological and ecological Atmospheric Chemistry: gaseous concentrations of (CO2 CH4 N2O) water vapors soot dust and particulate matter Mitigation and Adaptation: source and sink of GHGs (CO2 CH4 N2O) land use and soil management soil C sink capacity permafrost Soil Management: sequestration of organic and inorganic C nutrient requirements water demands coupled cycling of H2O N P S andPolicy and Outreach: carbon farming payments for ecosystem services COP21 SDGs land degradation neutrality Special topics on soil as a source or sink of CO2 silicate weathering and carbon sequestration nutrients required for carbon sequestration physical protection and the mean resident time and predicting soil carbon stocks are discussed in detail throughout the book.

GBP 44.99
1

The Soil-Human Health-Nexus

The Soil-Human Health-Nexus

The term soil health refers to the functionality of a soil as a living ecosystem capable of sustaining plants animals and humans while also improving the environment. In addition to soil health the environment also comprises the quality of air water vegetation and biota. The health of soil plants animals people and the environment is an indivisible continuum. One of the notable ramifications of the Anthropocene is the growing risks of decline in soil health by anthropogenic activities. Important among these activities are deforestation biomass burning excessive soil tillage indiscriminate use of agrochemicals excessive irrigation by flooding or inundation and extractive farming practices. Soil pollution by industrial effluents and urban waste adversely impacts human health. Degradation of soil health impacts nutritional quality of food such as the uptake of heavy metals or deficit of essential micro-nutrients and contamination by pests and pathogens. Indirectly soil health may impact human health through contamination of water and pollution of air. This book aims to: Present relationships of soil health to human health and soil health to human nutrition. Discuss the nexus between soil degradation and malnourishment as well as the important links between soil plant animal and human health. Detail reasons oil is a cause of infectious diseases and source of remedial measures. Part of the Advances in Soil Sciences series this informative volume covering various aspects of soil health appeals to soil scientists environmental scientists and public health workers. | The Soil-Human Health-Nexus

GBP 74.99
1

Soil Invertebrates Kaleidoscope of Adaptations

Roughneck Sharp-Edge Soil Rake ROU68302

Soil Biochemistry Volume 8

Soil Biochemistry Volume 8

Stressing the potential application of biochemical processes in soil to environmental biotechnology this state-of-the-art reference considers the vital role that such biochemical processes have in the environment - emphasizing the activity of micro-organisms in soil. ;An up-to-date analysis of biological reactions in soil Volume 8 of Soil Biochemistry highlights: traditional as well as molecular and immunlogical techniques for detecting specific micro-organisms in soil; the fate of introduced genetically-modified organisms; the problem of competition by the indigenous microbial populations with the introduced organisms; the use of a white rot fungus Phanerochaete chrysosporium for bioremediative purposes in soil; the interaction of xenobiotics such as pesticides with soil organisms; generic microbial metabolism and degradation pathways; the inhibition of the nitrification process by allelochemicals released by plants; the microbial mineralization of various compounds under anaerobic conditions explaining its importance in the global carbon cycle; the formation of soil organic matter particularly in forest soils; and CPMAS 13C-NMR spectroscopy a major analytical technique to determine the chemicals or chemical groups involved in the humification process. ;Presenting a multidisciplinary approach to the field by internationally acclaimed scientists Soil Biochemistry Volume 8 is intended for professionals and students in the fields of soil science; microbiology; biochemistry; environmental science engineering and technology; biogeochemistry; biotechnology; agronomy; plant pathology; and microbial ecology.

GBP 59.99
1

Soil and Environmental Science Dictionary