...Irrigation Systems Irrigation systems are a huge part of our society with farming, cities, or professional parks including golf courses. The term irrigation literally means to supply the land or crops with water by means of pipes, sprinklers, ditches, or streams. An irrigation system is suppose to apply the water without causing any soil erosion, excessive water loss, or reduction in water quality. There are many different kinds of irrigation systems that perform different tasks and that apply water differently to the land. One type of system is called a Ditch Irrigation. This is more of a traditional method by using ditches to channel the water through pipes to water the crops. That’s just one of the many different kinds that I will get to later. The science behind an irrigation system is incredible. When we use water in places like an industry or even our homes, about 90% of the water used is eventually returned to the environment where it replenishes water sources and can be used for other purposes. However, when water is used in an irrigation system, only about half of the water can be reused. The other half is lost due to evaporation, evapotranspiration, or is lost due to leaking pipes. “For 2005, total irrigation withdrawals were about 128,000 million gallons per day or 144,000 thousand acre-feet per year”(IrrigationWaterUse). The definition of an irrigation system is “a sprinkler irrigation system is a planned system in which all necessary components have been installed...
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...TECHNICAL MANUAL For IDEal micro irrigation systems INTERNATIONAL DEVELOPMENT ENTERPRISES WATER & FOOD CGIAR Challenge Program on TABLE OF CONTENTS TABLE OF CONTENTS 1. Introduction................................................................................................................. 1 2. Advantages of IDEal Micro Irrigation...................................................................... 2 3. Basic Components of IDEal Drip System................................................................. 3-5 4. Basic components of IDEal Sprinkler System.......................................................... 6-8 5. Types of IDEal Micro Irrigation System................................................................... 9 5.1 IDEal Drip Systems................................................................................................ 9-11 5.2 IDEal Sprinkler Systems........................................................................................ 12-14 6. Customization of IDEal Micro Irrigation System.................................................... 15 6.1 Adjusting Length of Lateral Pipe........................................................................... 15 6.2 Connecting Additional Drip Kits to the Same Source........................................... 15 6.3 Designing a Customized System Using Simple Rules.......................................... 16 6.3.1 Design Inputs..............................................................
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...rrigation is practical for many North Carolina farmers. Because irrigation can be expensive, however, there is much to consider before deciding to irrigate. Irrigation equipment may cost more than half as much as the land on which it is used. Irrigation also consumes large quantzties of water and energy. Annual energy costs of $25 per acre are typical in North Carolina, where application rates average about 8 inches of water per acre per year. When irrigation systems are poorly maintained and operated, energy costs may be two to three times that amount. One way to reduce irrigation costs is to optimize the use of water and energy, as described in this publication. How efficiently irrigation systems use water and energy is determined primarily...
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...9/11/2015 Drip Irrigation KB Drip Tapes Distributor from Erode Download App Products Industrial Supplies Help 09696969696 Enter product / service to search Sell On IndiaMART ▾ Search Sign In Join FREE Win iPhone 6 Get Quotes Now Filters & Accessories Global Easywater Products Private Limited Erode, Tamil Nadu Home About Us Products & Services Drip Irrigation Products & Services Send Enquiry To, Global Easywater Products Private Limited Drip Irrigation KB Drip Tapes KB Drip Tapes Manufactured from a mixture of virgin LLDPE, LDPE & Master Batch Extrusion Film Grade Manufactured in various widths 19,23,26,30,32 mm Screen Filters Fertilizer Tanks Flush Valve Venturi Injector Manufactured in various wall thickness 125, 250 & 500 micron Manufactured in Plain as well as Pre – Punching at various spacing Other Products Ads by Google ► Drip Irrigation ► Fertilizer ► Plastic Products Contact Us Start typing your buying requirement in detail... +91 Mobile Number Contact Supplier 45, 60, 75, 90 & 100 cm. Ask Price Screen Filters Corrosive resistant, pre treated epoxy coated M.S. Body Filter elements are made from 110 x 10 kg/cm2 PVC Pipe, Double wire mesh SS 304 / 316 Manufactured in various flow rates 5, 10, 20, 30 ﲼʼnबकने को तैयार है पॉप 칕钾टार माइकल ज ै�鴙सन का घर, दे ख윝乼 PHOTOS Ask Price & 40 m3/hr Manufactured in various inlet / outlet sizes 50, 65 & 90 mm Manufactured in Threaded (BSP) as well as Flanged end connections Manufactured in various colors as per customer...
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...Golf Course Irrigation: Flowing with Technology I had a hard time trying to think of a system and write about it, and then I decided to go with what I know; the golf course. For this paper I will discuss golf course irrigation automation and how it has progressed over time due to aesthetic demands and course playability. Years ago and at some smaller courses spread throughout the States still in operation, golf course irrigation systems used to require manual assistance. A hired employee worked the overnight hours watering the golf course using couplers attached to sprinkler heads. The irrigation employee would insert the required amount of heads to allow for proper water distribution, too many heads and water pressure suffers causing inadequate watering, too few heads and the underground pipe runs the risk of high pressure blow outs. Something better had to come about, using hydraulic pressure to regulate a valve at each sprinkler head and attaching that to a control box in the field, the turf managers can now set up a watering cycle during the day to automatically run at night. But these were mainly just timers and pins, very limited. Today we are using computer programs that can calculate everything needed to water a golf course both efficiently and effectively. By giving the irrigation software the data to establish water capabilities and demands, the software can distribute water throughout the golf course. With the popularity of The Masters Golf tournament...
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...In the beginning when Yuma County was being made, Irrigation was being made and was apart of the Yuma Project. The population dealt with many struggles but in the end, had better lives due to the Yuma project and Irrigation. Irrigation affected Yuma County in different ways, not all positively. Using irrigation, the population in Yuma was able to grow, the agriculture flourished, and the income due to crops grew. Not only did irrigation help in many ways, it also caused flooding. The Yuma County Water Users Association was established back in 1903. A year later the Secretary of Interior, Ethan A. Hitchcock authorized the Yuma Project. Due to the Yuma project, many companies formed in order to irrigate the lands of the Yuma Valley. “Reclamation, purchased the property of the local irrigation and ditch companies and maintained their operation until the project could supply water. The Irrigation and Improvement Co. fought Reclamation’s takeover through legal action...never went before the Court. Reclamation assumed control of the property the same year.”...
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...The New Irrigation System Look at a football field, It looks like a big movie screen doesn’t it? For problem number 3, we had a job of designing a new irrigation system for the football field. As well as, making sure that there is a good route for the water pipes, so that the sprinklers can work well. Also, we had to figure out the location of where the sprinklers are going to be in the football field. Of course, we needed to find out what part of the field each sprinkler waters, and how much of the field each sprinkler waters, which is the radius. As a result, the design process for designing a new irrigation system for the football field was not difficult at all. In the first place, we had to figure out how long and how wide a football...
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...The Analysis of Impact of Irrigation Water Quality on Human Health: a case study in Musi River in Hyderabad, India Jeena T. Srinivasan and V. Ratna Reddy have conducted this research project in Hyderabad, India. Srinivasan has worked at Research Unit for Livehoods and Natural Resource (RULNER) which is promoted by the Center for Economic and Social Studies (CESS) in Hyderabad, India. Reddy has worked at Livelihoods and Natural Resources Management Institute which is also promoted by CESS. Srinivasan is the corresponding author who leads the whole research. By taking six villages with wastewater for irrigation along with Musi River and one control village with normal quality water (Srinivasan & Reddy, 2009, P.2800), the researchers tried to evaluate the difference of human health risks level between the two groups villagers. Besides, the researchers used the term “Morbidity Rates” associated with cost of illness to explain the different health risks exposing to individual family members in a household. Thus, there is a need for government to take several responsibilities to break the vicious circle which contaminated wastewater discharges from urban users to inflict harm on rural residents, and in turn as crops and meats for urban consumption (P. 2802). On the other hand, the researchers also tried to figure out determinants of morbidity. They classify households into high or low risk groups with four factors: location, the degree...
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...Mobile Application Based Sustainable Irrigation Water Usage Decision Support System: An Intelligent Sensor CLOUD Approach Cecil Li Claire D'Este Ritaban Dutta Corné Kloppers Ahsan Morshed Auro Almeida Aruneema Das Jagannath Aryal Commonwealth Scientific and Industrial Research Organisation (CSIRO), Hobart, Australia 7001 Abstract— In this paper a novel data integration approach based on three environmental Sensors – Model Networks (including the Bureau of Meteorology-SILO database, Australian Cosmic Ray Sensor Network database (CosmOz), and Australian Water Availability Project (AWAP) database) has been proposed to estimate ground water balance and average water availability. An unsupervised machine learning based clustering technique (Dynamic Linear Discriminant Analysis (D-LDA)) has been applied for extracting knowledge from the large integrated database. The Commonwealth Scientific and Industrial Research Organisation (CSIRO) Sensor CLOUD computing infrastructure has been used extensively to process big data integration and the machine learning based decision support system. An analytical outcome from the Sensor CLOUD is presented as dynamic web based knowledge recommendation service using JSON file format. An intelligent ANDROID based mobile application has been developed, capable of automatically communicating with the Sensor CLOUD to get the most recent daily irrigation, water requirement for a chosen location and display the status in a user friendly traffic light...
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...Conceptualizing Smart Irrigation Inc. Laura Ortega BUS/475: Integrated Business Topics April 8, 2013 Ram Iyer Contents 1.1 Conceptualization of Smart Irrigation 3 1.2 Mission 3 1.2.1 Company Description 3 1.2.2 Customers 4 1.2.3 Geographic Locations 5 1.2.4 Legal Status and Ownership 5 1.2.5 Mission Statement 6 1.3 Vision 6 1.3.1 Vision Statement 6 1.4 Guiding Principles 7 1.5 Importance of a Strategic Plan 9 Conclusion 9 References 10 1.1 Conceptualization of Smart Irrigation Smart Irrigation Inc. was created as a manufacturing business that makes and sells, either direct or through distribution, a weather-based irrigation controller targeted for homeowners. The company was founded in 2012 by Laura Ortega and is based in Sonoma County, CA. The business was started is after witnessing first-hand how people waste water by not watering their landscapes correctly. People water too long, and water runs off, carrying chemicals into streams and rivers, damaging the environment. There are a variety of irrigation controllers out on the market, but only a handful of them are weather-based. Competitive products are expensive and too complicated to use for the average homeowner. Smart Irrigation’s product is programmable via a website, which interfaces to the irrigation controller wirelessly. Smart Irrigation purchases daily evapotranspiration (ET) data from several sources throughout the United States, and transmits a value daily to the controller that adjusts irrigation based on how...
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...Lecture 6: Soil & Water 1. What is Soil Water? 2. What is Groundwater? 3. How does irrigation affect soil quality? 4. What is the significance of soil erosion? 5. An example from the past: the Dust Bowl 1. What is Soil Water? Hygroscopic • Capillary water • Gravitational water 2. What is Groundwater? • What is an aquitard/aquifer? 1 What is the Water Table? Boundary between unsaturated (vadose) and saturated zones What are the consequences of overdrawing groundwater? • What are the consequences of overdrawing groundwater? • Cones of Depression – e.g. O ll l Ogallala aquifer, U.S. – What is the difference between Nonrenewable vs Renewable R bl groundwater? • 2 What are the consequences of overdrawing groundwater? • Consequences of overdrawing groundwater? • Salt water intrusions: i t i San Joaquin Valley California, 1977 Sinkhole in Florida, 1981 3. How does irrigation affect soil quality? What is irrigation? • Types of Irrigation Drip Irrigation Gravity Flow • Turns inadequate cropland into adequate cropland Center Pivot 3 What is Salinization? • Accumulation of salts in and on the soil to the point that plant growth is suppressed • How can it occur? Land impacted by salinization Positive Feedback Mechanism • Low ppt • Low productivity • • • • • • Initially increases productivity • Positive Feedback Mechanism • Low ppt • Low productivity • • Increase in desertification • Decrease in productivity...
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...and the species that reside in them. The pollution can run all the way to the coast and even start to damage the oceanic ecosystem. Another important peril to freshwater ecosystems is the building of dams, which are also used for crop irrigation. Dams enable us to store water in a reservoir during a season with lots of rain and then discharge it when we need it in a dry season. Dams also change the flow of water, which disturbs the homes of local birds and fish and can prevent the migration of fish, decreasing reproduction. Dams flow diversion disturbs natural flooding cycles, decreases water flow, deplete wetlands, increase the risk of flooding and is a threat to flora and fauna. The farmers poor drainage and irrigation systems also waste precious water sources. It is estimated that only 20%-50% of water removed for farming actually makes it to the crops [WWF]. With old-fashioned irrigation systems, farmers pump or physically take water to the crops where it basically flows through the field. If the fields are hilly, water ends up gathering in the lower areas and doesn't even reach the higher areas. Changing to a more effective way of irrigation can save water, a huge positive for freshwater reservoirs that are being depleted. Drip irrigation is a much better and more controlled way of watering crops, it is when water slowly runs from hoses to a particular area. Cultivating crops that are more suited to the soil and climate of a specific area is also extremely important like...
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...SOCIOECONOMIC ANALYSIS OF LOWLAND RICE FARMERS IN MALUNGON, SARANGANI PROVINCE INTERVIEW SCHEDULE Name: __________________________________________________ Age:_____ Sex:_____ Educational Attainment: Elementary Secondary College No. of Years in Farming _________________ No. of Years in Lowland Rice Farming _____________ Tenural Status: ______ Religion__________ Tribe _____________ Area planted___________ Household Members: Name Age Educational Attainment 1. _______________________ _______ ______________________________________ 2. _______________________ _______ ______________________________________ 3. _______________________ _______ ______________________________________ 4. _______________________ _______ ______________________________________ 5. _______________________ _______ ______________________________________ 6. _______________________ _______ ______________________________________ Characteristics of the Farm: _______Plain _______Hilly _______Rolling _______Sloping _______Irrigated _______Non-Irrigated Who help you in your farm? 1. __________________________________________ 2. __________________________________________ 3. __________________________________________ 4. __________________________________________ Crop Management Data ...
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...various techniques of water harvesting are applied on the basis of some criteria Problem | Strategy | Activity Plan | Expected Impact | Over exploitation of Ground water | Ground water Recharge | Rainwater harvesting structures like check dams | Increase in water table | Salinity ingress in coastal aquifers | Checking sea water intrusion | Construction of ‘Bandhara’, sub surface dyke | Improvement in ground water quality | Poor quality drinking water | Storing rain water | Roof top rain water harvesting, filter well in tank | Availability of good quality drinking water | Decreasing crop productivity & Soil degradation | Mitigating ill effect of chemicals and saline irrigation water | Promoting use of compost, green manuring and drip irrigation | IranImprovement in soil quality,...
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...packing material. Envelopes can also be reused. * Set your printer to print on both sides of the paper. * Buy recycled paper whenever possible. * Water Resource Management * Treating waste water and storm water as resources * Reducing size and cost of pipes, pumps and other infrastructures * Recycling of rinse water * Grey water use * Pressure reduction * Cooling water recirculation 4. Prepare a report for Sienna’s manager about water usage in the laundry. Explain how you would record this data. Where would file the report? Why? 5. What opportunities might exist to reduce water use in the laundry? * Education to promote efficient practices * Use of efficient irrigation system & grey water system * Use of more efficient equipment, like washing machine and a like. 6. Prepare a written proposal for Sienna to deliver to her manager to take to the budget committee for approval. 7. Assuming that Siena’s proposal is accepted by the budget committee, what organisational plans might she develop to support the implementation of the grey water system? You should consider how the system will be used by laundry and maintenance staff in your...
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