Sheldon Stott, Director of environmental affairs with Hylife, a Manitoba pork producer, talks about the use of GPS technology in his industry's commitment to...
In this video, Chad reviews how vane pumps work and what applications they can be found in.
Brian & Darren talk about using variable-rate fertilizing in your operation.
In this short video, Maddy explains what aerial spraying is and when it might be used.
A behind the scenes look at the groundbreaking virtual production technology used on The Mandalorian, Season One. Over 50 percent of The Mandalorian Season 1
Over 50 percent of The Mandalorian Season 1 was filmed using this ground-breaking new methodology, eliminating the need for location shoots entirely. Instead, actors in The Mandalorian performed in an immersive and massive 20’ high by 270-degree semicircular LED video wall and ceiling with a 75’-diameter performance space, where the practical set pieces were combined with digital extensions on the screens. Digital 3D environments created by ILM played back interactively on the LED walls, edited in real-time during the shoot, which allowed for pixel-accurate tracking and perspective-correct 3D imagery rendered at high resolution via systems powered by NVIDIA GPUs. The environments were lit and rendered from the perspective of the camera to provide parallax in real-time, as if the camera were really capturing the physical environment with accurate interactive light on the actors and practical sets, giving showrunner Jon Favreau, executive producer and director Dave Filoni, visual effects supervisor Richard Bluff, and cinematographers Greig Fraser and Barry Baz Idoine, and the episodic directors the ability to make concrete creative choices for visual effects-driven work during photography and achieve real-time in-camera composites on set.
The technology and workflow required to make in-camera compositing and effects practical for on-set use combined the ingenuity of partners such as Golem Creations, Fuse, Lux Machina, Profile Studios, and ARRI together with ILM’s StageCraft virtual production filmmaking platform and ultimately the real-time interactivity of the Unreal Engine platform.
WHMIS pictograms are simple graphic images that are intended to highlight the types of hazards present in various hazardous products. A quick glance at a pictogram, such as flammable, corrosive or health hazard, will alert the user of the hazardous product of the potential dangers and compel him/her to take the requisite precautions.
Pictograms were introduced into WHMIS in 2015 when Canada integrated the GHS into WHMIS. They are replacements for the old WHMIS 1988 symbols.
Except for the biohazardous infectious materials pictogram, all the WHMIS pictograms are made of a distinctive red “square-set-on-one-of-its-points” border and have the symbol representing the hazard associated with a product inside the border.
Pictograms are required to be a significant highlight contain in WHMIS training, which is required by any Canadian worker who may come in contact with or workaround hazardous products.
This short video introduces WHMIS and its role in Canada. It also outlines the Globally Harmonized System of Classification (GHS). This is good as a short overview of WHMIS for students.
10/25/14: Joe Panik drops down a sacrifice bunt, moving up Joaquin Arias and Gregor Blanco in the 6th inning
Wanuskewin Heritage Park, offers you an incredible opportunity to connect and learn of First Nations Cultures, Traditions, and History. Walk the same land as the Cree, Saulteaux, Dene, Dakota, Nakota, Lakota, and Blackfoot, have for over 6000 years. Wanuskewin is located just 5 minutes from Saskatoon, Saskatchewan,
With the help of sound management practices, water can move into the soil rather than running off. This video describes how and why soils transmit water at different rates. For more information, see http://www.soils.usda.gov.
Find out how to waterfall braid your own hair with these step by step instructions!
What are micronutrients and macronutrients? Today, we're going to talk about the essential nutrients that your body needs to function properly: micronutrients and macronutrients. Have you ever wondered what they are, why they're called that, and why they're important? Well, you're in the right place!
Micronutrients and macronutrients are both essential for good health, but they serve different purposes in the body. Micronutrients, such as vitamins and minerals, are needed in smaller quantities than macronutrients, which include carbohydrates, proteins, and fats. They're called "micro" and "macro" because of the difference in the amount that you need.
In this video, we'll explain what micronutrients and macronutrients are, and why they're called that. We'll also talk about the difference between micronutrients and macronutrients, and why they're both important for your body. And, we'll give you some tips on how to make sure you're getting enough of both in your diet.
In this video I go over some of my personal thoughts about what it takes to be a great leader. If you've ever asked, How can I improve my leadership skills, this video is for you. As catchers it's our job to be great leaders for our team, leadership can come from other players as well but I think baseball catchers and softball catchers have the mentality to be great leaders. This video is part of our Baseball Mental Game series. Check out our other videos to improve your mental game and your Catching IQ.
Soil maps, GPS guidance, and even drones are becoming critical tools for modern farmers. These methods of precision agriculture can help increase yields and efficiency—and save farmers a surprising sum along the way.
Watch this short video to learn what a watershed is and its importance in the environment.
Precision Agriculture means using exact science & methods to produce more for less. It involves observing multiple changes in the environment and its effects...
From a minor ailment to a more serious injury, a first aid kit is a must for every home (and car). It can help reduce the risk of infection or the severity of an injury. Kits include a variety of supplies to treat cuts, scrapes, and wounds, including sprains and burns. You can easily buy a prepared kit online. Or you can make your own. Learn what common supplies to include, plus tips to keep your family safe at home and on the road.
Precision Agriculture Basics - Ch. 3Satellite-based Positioning Systems for Precision AgricultureTimothy StombaughSpecial thanks to:AGVISE LaboratoriesBankur...
Autonomous cars are also commonly referred to as self-driving cars, but, technically speaking, not all autonomous cars are fully self-driving and the degree ...
A hydraulic system works by moving the working fluid through the components. But apart from power transmission, a hydraulic fluid additionally helps in dissipating the heat from the components thus cooling the system. The heat generated is due to the working of various components. To ensure smooth functioning, the moving components of the system should be lubricated as well. Thus, hydraulic fluid has various functions in a hydraulic power system.
The selection of hydraulic fluid is dependent on the requirements of the power system. Nonetheless, the hydraulic fluid must possess some properties to be used in a hydraulic power system. A hydraulic fluid having good lubricity separates and lubricates the components effectively. A good hydraulic fluid should have ideal viscosity, it should be stable chemically, as well as physically to ensure usage for long time periods. The fluid must have high bulk modulus for proper working. Another property desired in a hydraulic fluid is fire-resistance. Additionally, hydraulic fluids having low foaming tendency are preferred in hydraulic systems.
Although no hydraulic fluid can possess all the properties. Hence, the best possible hydraulic fluid is used which fulfils most of the requirements of the system.