- Видео 34
- Просмотров 13 559
Agricultural Water Quality Program
Добавлен 26 сен 2022
AWQP: 3D Printing a 1-ft H Flume with the OrangeStorm Giga
Here is a time-lapse of the OrangeStorm Giga 3D printing a H flume. H Flumes are used to measure the flow of water in open channels, such as streams, rivers, and ditches. This season we will run experiments and calibrations to see if this 3D printed flume will work in the real world.
#3dprinting #flume #waterquality #awqp #elegoo #giga #agriculturetechnology #agriculture #watermanagement #flow
#3dprinting #flume #waterquality #awqp #elegoo #giga #agriculturetechnology #agriculture #watermanagement #flow
Просмотров: 100
Видео
AWPQ: Low-Cost IoT Water Samplers: Validating and Performance Study in Conservation Tillage Fields
Просмотров 1921 час назад
Join us at CSU ARDEC in Fort Collins, CO, as we share the results of a groundbreaking validation study comparing a Low-Cost IoT Water Sampler to the industry-standard Teledyne 6712 ISCO Sampler. In a 14-acre conservation tillage field, six plots were equipped with both samplers to monitor five irrigation events. The low-cost sampler not only detects flow but also automates sample collection at ...
3D Printing a 60-Degree Trapezoidal Flume | #OrangeStorm #Giga Timelapse
Просмотров 17421 день назад
Watch as the AWQP 3D prints a 60-degree trapezoidal flume-a key tool for measuring water flow rates in furrow-irrigated cropping systems. This flume was designed based on professional drawings and modeled in Fusion 360, then printed using PETG filament on the OrangeStorm Giga, a large-format 3D printer. Print Time: The flume took approximately 45 hours to print, condensed into this engaging 3-m...
3D Printed Hardware-Free Radiation Shield for Temp and Humidity Sensors
Просмотров 5921 день назад
Radiation Shield for a temp and humidity sensor. The bottom is modeled to fit the FS400-SHT 31 Sensor found on Amazon Print one : www.printables.com/model/1124805-hardware-free-radiation-shield-for-environmental-m A shield is needed for a temperature and humidity sensor to protect it from direct sunlight, rain, and other environmental factors that could significantly affect its readings, ensuri...
Agricultural Water Quality Program: Using Low Cost Technology for Agricultural Research
Просмотров 316 месяцев назад
Quantifying BMP impacts on water quality, requires robust, edge-of-field (EoF) monitoring systems that can accurately measure flow and collect water for nutrient and sediment analysis. NRCS EoF standards currently require equipment that is often too costly for pragmatic and scalable research. To address this need, the Colorado State University Agricultural Water Quality Program (AWQP) has devel...
The Agricultural Water Quality Program: Low-Cost Water Sampler Build Overview and Assembly
Просмотров 36Год назад
The Agricultural Water Quality Program (#AWQP) at CSU researches water quality in the state of Colorado. Edge of field water quality monitoring is often labor intensive without automated sampling equipment, which often has a considerable initial cost. For a fraction of the price, the (AWQP) has made a low cost water sampler that allows the user to remotely monitor and sample water that can be c...
Ag Water Quality Program: CAWA Legacy Ranch
Просмотров 23Год назад
Collecting Water Quality Data for Nutrient Runoff in Mountain Meadow Hay Production Systems. This site is also part of the Colorado Department of Agriculture's STAR Program. Our aims to monitor and improve water quality in agricultural areas. please visit the AWQP website for more information (waterquality.colostate.edu).
AWPQ: Conservation Tillage Project
Просмотров 47Год назад
A demonstration site, started in 2011, compares three tillage systems at the CSU Agricultural Research, Development and Education Center (ARDEC) north of Fort Collins, Colorado on a 14 acre surface irrigated field. Strip-till, minimal till, and conventional tillage are established in production-length plots (1000ft ), each replicated twice within the field. The minimum and strip-tillage treatme...
AWPQ: Farmer-Driven Evaluation of Agricultural Filter Strip BMPs in Colorado
Просмотров 10Год назад
The project aimed to evaluate best management practices (BMPs) for reducing offsite nitrogen, phosphorus, selenium, pathogens/bacteria (primarily E.coli), and sediment. This was done through edge-of-field water quality monitoring and ambient river sampling methods. Our main goal was to assess the potential of a vegetative filter strip in improving water quality. Additionally, we aimed to explor...
AWQP Datalogger Sensor Swap: Putting on a Pile Temp. Sensor
Просмотров 39Год назад
This video shows how to swap sensor types on the Colorado State University (CSU) Agricultural Water Quality Program (AWQP) Dataloggers. In this case, we are swapping an SHT31 sensor used for Cercospora Leaf Spot monitoring to a string of 3 MCP9808 temperature sensors for sugarbeet pile temperature monitoring. The written instructions can be found here: colostate.sharepoint.com/:b:/s/AWQP_Sharep...
Ag Water Quality Program: Fertilizer spreader and Vertical Tillage Operations at ARDEC
Просмотров 96Год назад
Ag Water Quality Program: Fertilizer spreader and Vertical Tillage Operations at ARDEC
Agricultural Water Quality Program: Mission Statement
Просмотров 117Год назад
Agricultural Water Quality Program: Mission Statement
The Ag Water Quality Program: Teledyne ISCO Water Sampler Composite Sample Programing
Просмотров 802 года назад
The Ag Water Quality Program: Teledyne ISCO Water Sampler Composite Sample Programing
The Ag Water Quality Program: Teledyne ISCO Water Sampler Diagnostics and Calibration
Просмотров 5712 года назад
The Ag Water Quality Program: Teledyne ISCO Water Sampler Diagnostics and Calibration
The Ag Water Quality Program: Teledyne ISCO Water Sampler Overview
Просмотров 4482 года назад
The Ag Water Quality Program: Teledyne ISCO Water Sampler Overview
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Very interesting
How maximum did you survey acre or ha per day? With this drone
Where’d you buy from?
Almost lost the drone in minute 0:30 😂 lol
Epic!
first 😌
I have a M3M as well. I’m assuming you’re conducting surveys using the home station. What software are you running?
Yes, we are using the D-RTK 2. So far giving us 1cm accuracy. We are processing our multispectral images through Pix4DFields.
Nice Man New subscriber 🤙🏻🤙🏻🤙🏻😅
Plastic is not an effective reflector of any form of radiation. To be frank you are better off using dirt which is a better reflector of radiation
ruclips.net/user/shortshLwH3h-TCng?feature=share
Are you trying to stop radiation with plastic?
Would you be surprised?
We don't want our temp and humidity sensors to be cooked by direct sunlight! These solar radiation shields help us capture ambient temp and humidity.
ruclips.net/user/shortshLwH3h-TCng?feature=share