6 agricultural drones ca
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Farm drones have the potential to help farmers in three key ways: 1) They can spot disease and other problems in crops faster than traditional scouting methods, 2) They can help farmers use less chemicals, water, and other inputs by precisely applying them only where needed, saving money and reducing environmental impact, and 3) They provide data that allows farms to improve productivity through more efficient "closed-loop farming" practices. Drones are especially well-suited for agricultural use because farms typically involve large areas of private land where drones can safely operate under 400 feet and within visual line of sight of the operator.
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This document discusses agricultural drones and their use in farming. It begins with an introduction of agricultural drones as unmanned aerial vehicles that help optimize farm operations and monitor crop growth. The document then covers the history of drones from early crop dusting experiments to current uses. It describes the key components of drones including motors, batteries, controllers and sensors. The main body explains how drones are used for tasks like soil analysis, planting, crop spraying, monitoring, irrigation, health assessment, pollination and field mapping. It lists advantages like improved efficiency and monitoring capabilities, and disadvantages such as limited flight times. The conclusion is that drones can greatly help farming while further development is still needed.
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I hope you like this translation, I try my best to provide you the best presentation of the own losing agricultural sector
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Initially drones were designed only for military purpose. Since last decade drones are making a marvelous change in agricultural sector. Due to the increasing demand for agricultural labors, need for the increase in food production and food security, drones can be employed to bring the next revolution in agriculture. Hence, drones can be used by the Research Institutions, Agricultural Universities and State Agricultural Department to bring the future changes.
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The farmers face many problems like unavailability or high cost of labours , health problems by coming in contact with chemicals (fertilizers, pesticides, etc.) while applying them in the field, bite by insects or animals, etc. In this context, drones can help farmers in avoiding these troubles in conjunction with the benefits of being a green technology.
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I hope you like this translation, I try my best to provide you the best presentation of the own losing agricultural sector
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HyperCat breaks the silo by greencityzen
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Kray protection
Kray Technologies is developing cargo drones for crop dusting in the Canadian agriculture market. Their solution, Kray Protection, is an automated multirotor drone that can apply crop protection at speeds of 27-37 hectares per hour, at a cost of $1-2 per hectare. This is 20-50 times cheaper than existing aerial application services. The document provides details on the drone design, precision spraying system, market opportunity analysis, competition, and technical specifications. It also outlines the project progress and contact information.
Kray Protection - Autonomous agricultural drones for crop dusting
Crop protection with ground application takes up to 20% of crop value due to trampling and requires a big equipment capex. Aerial application with currently available aviation services can cut these costs roughly in half.
Nevertheless, these services have severe disadvantages - they are outsourced (only 22% of US&C farms, the biggest ones, have own aerial application capabilities), too expensive ($25 to $50 per hectare), limited (a lot of fields cannot be processed due to size and form, or obstacles), prone to capacity shortages (many farmers need the same service in the same time, so shortages are practically inevitable).
Besides the crop protection needs to be applied in a particular moment of the crop or pest life cycle (often window is limited to 1 day) – so being able to make it exactly when it is needed is very important and not possible with current states of things in any way of application.
The very important is that application of crop protection impacts up to 70% of yield, so outsourcing it to aerial services leads to limited control.
Therefore, the reliable, inexpensive, in-house, productive enough aerial solution for crop protection application could solve severe pain experienced by farmers with middle-sized acreage.
Conservation Agriculture for Sustainable Crop Production Intensification
The Sustainable crop production intensification, focused on soil and ecosystem functions, and the concept of the Conservation Agriculture.
© FAO: http://www.fao.org
Conservation Agriculture the base for a sustainable intensification of crop p...
The presentation deal with: the sustainable crop production intensification by focusing on soil and ecosystem functions; the concept of Conservation Agriculture and its impact; the history and development of the Concept Agriculture by focusing on the FAO’s role.
©FAO
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6 agricultural drones ca
- 3. QuickTime™ and a H.264 decompressor are needed to see this picture. Looper (2012)
- 4. 4 Unchanged for last 1,000 years: A one-pixel-per-row analog sensor network (rose plant used to spot fungal infections in vineyards) THE BIGGEST COMMERCIAL MARKET: Agriculture Company Confidential
- 5. 5 Big Data Agriculture Opportunity: "Closed-loop farming". Use aerial data capture to use chemicals/water/labor only where they’re needed. x 0.5x Half of farm inputs are wasted due to lost information (the “open loop” problem) Company Confidential
- 6. 6 Why agriculture? • Spot disease/problems faster • Use less chemicals and water (save money, better for food and environment) • Improve productivity • Two words: private land • Safe: under 400ft, visual line of sight, no built-up areas, few obstructions, no people • When used by farmers for their own purposes, non- commercial Highest Economic Benefit Lowest Regulatory Barrier Company Confidential
- 8. Why agriculture? • Spot disease/problems faster • Use less chemicals and water (save money, better for food and environment) • Improve productivity • Two words: private land • Safe: under 400ft, visual line of sight, no built-up areas, few obstructions, no people • When used by farmers for their own purposes, considered non-commercial Highest Economic Benefit Lowest Regulatory Barrier
- 11. Step 1: Mark farm on tablet Step 2: Watch drone map farm Features: •Precise georeferencing •Real-time path planning •Multiple aircraft control •Vision-based event detection Company Confidential
- 15. Plants show damage in infrared and near-infrared (Chlorophyll absorbs infrared light. Damaged plants have less chlorophyll)
- 16. Source: Vincent Family Farms
- 19. Source: Ryan Kunde, DRINK Wines
- 20. Source: Ryan Kunde, DRINK Wines
- 24. Questions?