#IrrigationEngineering - Twitter Hashtag

3 days ago

👉 𝗵𝘁𝘁𝗽𝘀://𝗼𝗺𝗻𝗶𝘄𝗼𝘁.𝗰𝗼𝗺/𝘀𝗼𝗹𝘂𝘁𝗶𝗼𝗻𝘀/𝘀𝗺𝗮𝗿𝘁-𝗮𝗴𝗿𝗶𝗰𝘂𝗹𝘁𝘂𝗿𝗲-𝘀𝗼𝗹𝘂𝘁𝗶𝗼𝗻-𝘂𝘀𝗶𝗻𝗴-𝗶𝗼𝘁/ #CommercialHorticulture #AgTech #GreenhouseAutomation #PrecisionAgriculture #Hydroponics #SmartFarming #IrrigationEngineering #OmniWOTAgro

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ASCE Publishing @ASCEpublishing

over 2 years ago

💧🌾Irrigation is a science! Learn how researchers used GNSS to study the variability of water application via a center pivot in this featured #IrrigationEngineering paper. @ASCE_EWRI Free Access Through December 31: https://t.co/Z5ZTvWUktZ

ASCEpublishing's tweet photo. 💧🌾Irrigation is a science! Learn how researchers used GNSS to study the variability of water application via a center pivot in this featured #IrrigationEngineering paper. @ASCE_EWRI

Free Access Through December 31: https://t.co/Z5ZTvWUktZ https://t.co/rdjL420K5f

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ASCE Publishing @ASCEpublishing

almost 3 years ago

Water scarcity is a major challenge for Iraq’s agriculture sector. This #IrrigationEngineering article evaluates 40 models to calculate #Evapotranspiration using minimal data for three major climatic zones. @ASCE_EWRI Free Access Through November 31: https://t.co/tUXZZMu4Ab

ASCEpublishing's tweet photo. Water scarcity is a major challenge for Iraq’s agriculture sector. This #IrrigationEngineering article evaluates 40 models to calculate #Evapotranspiration using minimal data for three major climatic zones. @ASCE_EWRI

Free Access Through November 31: https://t.co/tUXZZMu4Ab https://t.co/oxrQfToh8x

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ASCE Publishing @ASCEpublishing

about 3 years ago

July's featured #IrrigationEngineering study aims to classify the operational conditions of gated #Culverts and to establish an experimental data set for analyzing discharge relationships based on that classification. @ASCE_EWRI Free Access Thru July 31: https://t.co/CWTOFIYSNz

ASCEpublishing's tweet photo. July's featured #IrrigationEngineering study aims to classify the operational conditions of gated #Culverts and to establish an experimental data set for analyzing discharge relationships based on that classification. @ASCE_EWRI

Free Access Thru July 31: https://t.co/CWTOFIYSNz https://t.co/TmWrQFuOg4

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ASCE Publishing @ASCEpublishing

about 3 years ago

A joint @USDA_ARS @UArizonaCALS #IrrigationEngineering paper reviews the thermodynamic approach for deriving the Penman–Monteith equation for approximating #Evapotranspiration. #EWRI23 #Agriculture @ASCE_EWRI Free To Read Thru May 31: https://t.co/qEn5yUNEEh

ASCEpublishing's tweet photo. A joint @USDA_ARS @UArizonaCALS #IrrigationEngineering paper reviews the thermodynamic approach for deriving the Penman–Monteith equation for approximating #Evapotranspiration. #EWRI23 #Agriculture @ASCE_EWRI

Free To Read Thru May 31: https://t.co/qEn5yUNEEh https://t.co/rXl7czLec2

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ASCE Publishing @ASCEpublishing

over 3 years ago

In this #IrrigationEngineering study, a 3D computational fluid dynamics model implemented in OpenFOAM was used to evaluate and verify the accuracy of two Federal Interagency Sedimentation Project depth-averaged suspended sediment samplers. #CFP @ASCE_EWRI https://t.co/7ujU3wTFZV

ASCEpublishing's tweet photo. In this #IrrigationEngineering study, a 3D computational fluid dynamics model implemented in OpenFOAM was used to evaluate and verify the accuracy of two Federal Interagency Sedimentation Project depth-averaged suspended sediment samplers. #CFP @ASCE_EWRI https://t.co/7ujU3wTFZV https://t.co/PDGpUI26E8

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ASCE Publishing @ASCEpublishing

about 4 years ago

(Free to Read) #EditorsChoice: New #IrrigationEngineering paper compares the effects of two irrigation events on sensitivity to and estimability of five soil hydraulic parameters. #HYDRUS-2D #WaterFlow #Soils @ASCE_EWRI https://t.co/YKx5NVtuqD

ASCEpublishing's tweet photo. (Free to Read) #EditorsChoice: New #IrrigationEngineering paper compares the effects of two irrigation events on sensitivity to and estimability of five soil hydraulic parameters. #HYDRUS-2D #WaterFlow #Soils @ASCE_EWRI https://t.co/YKx5NVtuqD https://t.co/ROtMEnzznZ

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ASCE Publishing @ASCEpublishing

about 4 years ago

(Free to Read) #EditorsChoice: New #IrrigationEngineering study analyzes sharp-crested #Weirs using #ComputationalFluidDynamics simulations to reveal the ideal operating range for sharp-crested weirs in open-channel flow. @CSU_CivE @ASCE_EWRI https://t.co/DtT9spOB3i