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Browsing Project Report-IDE by Title

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  • ARTIFICIAL NEURAL NETWORK MODEL FOR GROUNDWATER LEVEL PREDICTION 
    Ananya.M.M; Dilsha.C; Gargi.A; Asha Joseph, (Guide) (DEPARTMENT OF IRRIGATION AND DRAINAGE ENGINEERING, 2020)
    Groundwater level is an indicator of groundwater availability, groundwater flow and the physical characteristics of the groundwater system. It is an important natural resource for human survival system and major sources ...
  • Artificial neural Network model for Groundwater level Prediction 
    Ananya, M M; Gargi, A; Dilsha, C (Department of Irrigation University and Drainage Engineering, 2020)
  • ARTIFICIAL NEURAL NETWORK MODEL FOR PREDICTION OF RAINFALL AND EVAPORATION 
    ASWATHY T; HARITHA M; SHAMILI K P; D Sasikala, (Guide) (DEPARTMENT OF IRRIGATION AND DRAINAGE ENGINEERING, 2021)
    In the present study, artificial neural network technique has been employed to predict daily rainfall and evaporation for Pattambi, Kerala. The total 6 years (2014-2019) meteorological data of months June, July, August ...
  • ARTIFICIAL NEURAL NETWORK MODEL FOR PREDICTION OF RUNOFF 
    ANJALI C V; RACHANA V V; SRUTHAKEERTHI P; Anu Varughese, (Guide) (DEPARTMENT OF IRRIGATION AND DRAINAGE ENGINEERING, 2021)
    Predicting runoff and analyzing its variations under future climates play a vital role in water security, water resource management and the sustainable development of catchment. The rate of runoff is required for the ...
  • ASSESMENT OF NEUTRALITY AND SUSTAINABILITY OF KCAET CAMPUS 
    ANUSREE, K. DEEPAK; GAYATHRI MENON, T; GOPIKA, P. D; SURAJ, KUM AR (2022)
    Sustainable urban design, system-level organizational planning, and human behavior have been recognized for their potentially important roles in helping to reduce energy costs and associated environmental impacts, ...
  • AUTOMATION IN PULSE IRRIGATION USING ARDUINO 
    MATTUMMAL, AFEEFA; SAJU, CHINJU; R, JAYALAKSHMI (Department of Irrigation and Drainage Engineering, 2016)
    The current trend in irrigation is to employ automatic operations in the irrigation system, rather than using the manual operation. Automated irrigation has many advantages such as saving of water and energy, reduction ...
  • Automation of alternate wetting and drying method and methane estimation for paddy 
    Angeleena Cathereen Joseph; Varna Muraleedharan; Ardra, K; Musharaf Nasar; Sajeena, S (Guide) (Department of Irrigation & Drainage Engineering, 2024)
    Rice farming, reliant on paddy cultivation, is vital for providing a staple food to many worldwide. This intricate process involves various steps, starting from preparing the fields and ending with the harvest. Today, ...
  • Clogging susceptibility study of drip emitters 
    George, Biju A; Gilsha Bai, E. B.; Rini Rani, S.; Tharakan, Roy (Department of Irrigation University and Drainage Engineering, 1993)
  • Comparative Evalution of Simplified Hydroponic Techniques for Vegetable Cultivation 
    Ajay Jayakumar; Binsha, K. T; Jesna D'silva; Rema, K. P (Department of Irrigation and Drainage Engineering, 2017)
    Four different simplified Hydroponic systems were evaluated for their performance regarding crop growth and micro climatic conditions. The systems used were Floating/Water culture system, Aeroponic systems like Recirculating ...
  • COMPARISON OF UNSATURATED HYDRAULIC CONDUCTIVITY OF DIFFERENT SOILS THROUGH INVERSE MODELLING USING HYDRUS-1D 
    AKSHAYA K A; AMRUTHA K; ANJU M; DHRUV RAJ BAGRI; Rema K P, (Guide) (DEPARTMENT OF IRRIGATION AND DRAINAGE ENGINEERING, 2021)
    Soil hydraulic conductivity is simply the ability of a soil to transmit water impacts almost every soil application. It is critical for understanding the complete water balance and is also used for estimating groundwater ...
  • Comparitive evaluation of evapotranspiration parameters of okra in polyhouse for alternate growing media 
    Akshaya, K. Pavithran; Haritha Krishnan; Rema, K. P (Department of Irrigation and Drainage Engineering, 2018)
    Water is considered as a critical resource for agriculture and supplying the right amount in the right time is essential for healthy plants and optimum productivity. This objective can be met only through scientific water ...
  • Crop coefficient values of okra for the humid tropical region using lysimeter 
    Dilshana Jasmin; Khamarunneesa, M; Shahna Thasneem, K; Asha Joseph (Department of Irrigation and Drainage Engineering, 2018)
    Local level calibration of crop coefficient (Kc) values is critical for regional level planning and allocation of water resources for irrigation. Hence, a research was conducted at the eastern block of instructional farm ...
  • Crop water requirement and irrigation scheduling of selected crops using cropwat: A case study of Pattambi region 
    Aiswarya Johnson; Ashika, N. P; Parvathy Nayana, N; Asha Joseph (Department of Irrigation and Drainage Engineering, 2019)
    The study entitled “Crop water requirement and irrigation scheduling of selected crops using CROPWAT: A case study of Pattambi region” was taken up to compute the crop water requirement and irrigation schedule of major ...
  • Design and development of water treatment methods for improving water quality of KCAET campus 
    Sajna Mol, N. V; Sreelakshmi, K. Unni; Suraja, K. P; Sasikala, D (Department of Irrigation and Drainage Engineering, 2013)
    Maintaining the quality of drinking water in the KCAET campus has been a challenging task from the inception of the college. The main objective of this work is to improve the quality of drinking water in the KCAET campus. ...
  • Design of an appropriate irrigation systems for non irrigated areas of KCAET farm 
    Jitha, K. J; Sumayya, A; Thulasi Mohan, P. U; Levan, K. V (Department of Irrigation and Drainage Engineering, 2013)
    As in the current scenario water availability is a serious problem because of higher demand of water for agriculture, industry etc.The present study was aimed to design an appropriate irrigation system for non irrigated ...
  • Development and Evaluation of a Tray Type Protected Cultivation System for Fodder Crops 
    Linsha, C. P; Riyola George; Sreeduth, S; Vishnu, B (2018, 2018)
    A study was conducted to develop a tray type protected cultivation system for fodder crops (wheatgrass) and to compare the fodder growth in the developed protected tray type cultivation system to that from tray type ...
  • DEVELOPMENT AND EVALUATION OF AN ALTERNATE MEDIA FILTER FOR DRIP IRRIGATION SYSTEM 
    ANUSREEE, C.K; RESHMA, JACOB; SHANA SHERIN, V; ARCHANA DAS, N (2022)
    In areas where water is scarce, drip irrigation provides the most efficient way to conserve irrigation water. The performance of drip irrigation systems using waste water is mainly limited by emitter clogging and these ...
  • Development and performance evaluation of an affordable hydroponic structure 
    Aliya Omer Qasim, KK; Deepak, P; Mirfa Hanan Thadathil; Raj Laxmi; Anu Varghese, (Guide) (2024)
    A study was conducted to develop a vertical hydroponics system and to compare the performance of the developed system with existing NFT hydroponics system. Both the structures were installed in naturally ventilated ...
  • Development of Reinforced Recycled Plastic Lumber Posts for Agriculture Fencing 
    Geethu Krishnan; Greeshma, K; Mirshad, M; Vishnu, B (Department of Irrigation and Drainage Engineering, 2015)
    Plastic solid waste (PSW) presents challenges and opportunities to societies regardless of their sustainability awareness and technological advances. During the 1990s, a number of technologies emerged to utilize recycled ...
  • Development of Wireless Sensor Network For Irrigation Control 
    Swaliha, N; Uttam Kumar Singh; Vishnu, B (Department of Irrigation and Drainage Engineering, 2017)
    At present there is less than 1% of fresh water available on earth. One of the important usage of fresh water is for agricultural production and the use of fresh water will continue to increase since growth in population ...

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