Agricultural UAS Operations An Introduction to Unmanned Precision Ag - - PowerPoint PPT Presentation

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Agricultural UAS Operations An Introduction to Unmanned Precision Ag - - PowerPoint PPT Presentation

Agricultural UAS Operations An Introduction to Unmanned Precision Ag Research being conducted at MGSC Chad Dennis UAS Program Liaison for the Georgia Center of Innovation Aerospace Director of UAS (Unmanned Aerial Systems) Middle Georgia


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Agricultural UAS Operations

An Introduction to Unmanned Precision Ag Research being conducted at MGSC

Chad Dennis

UAS Program Liaison for the Georgia Center of Innovation – Aerospace Director of UAS (Unmanned Aerial Systems) Middle Georgia State College

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SLIDE 2

What is a UAS?

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Case Study 1 Cordele Peanut Plant

BACKGROUND:

A peanut plant in Cordele, Georgia was on fire and officials were having problems pinpointing the source of the fire due to the fact that the roof

  • f the silo that was on fire had

collapsed and the firemen on the ground could not see inside.

ENTER THE DRONE:

A volunteer firefighter used the camera on his UAV to locate the source of the fire inside the silo, enabling a police helicopter to drop water bags precisely on the source

  • f the fire.

OUTCOME:

The drone operation saved millions of dollars worth of peanuts stored in adjacent silos by allowing firefighters to quickly access the location of the fire.

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Case Study 2 Soil & Conservation

BACKGROUND:

Agencies involved in conservation efforts like surveying and mapping ecologically sensitive areas such as swamps and wetlands, expend a lot

  • f time and manpower in this
  • endeavors. Satellite and other high-

tech solutions can prove too costly.

ENTER THE DRONE:

“Conservation drones” costing less than $4,000 can take GIS synchronized high-resolution photographs with <2cm pixel resolution.

OUTCOME:

Significant time and money is saved in mapping and surveying ecologically sensitive areas.

NOTE – this is part of a TED Global 2013 initiative.

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Project Team

Georgia Center of Innovation (COI)

  • Agribusiness
  • Aerospace

Middle Georgia State College (MGSC) University of Georgia-Tifton Campus Guided Systems Technologies (GST) Sunbelt Agricultural Exposition Georgia Peanut Commission Georgia Cotton Commission

Objectives:

To determine if near-infrared images captured by a UAV have the potential to be used by crop consultants and farmers to analyze crops more efficiently

Image: 08/02/2013 Peanuts 675’ Sunbelt (Moultrie)

UAV Crop Imaging

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Scope:

Flights conducted over UGA peanut & cotton research crops during the 2013 growing seasons. Conducted 34 total flights over 10 total flight days spanning from 06/18/2013 to 09/20/2013.

General Findings:

  • Exact yield calculations can only be

investigated once a year. Several more trials needed to predict yield from NDVI.

  • Scattered cloud cover affected

the exsposure forcing some delays.

  • Methods for large data

management will also need to be addressed

  • Easily able to discern areas

where plants were stressed Guided Systems Technologies (GST) SiCX-10 CoA 2013-ESA-36

UAV Crop Imaging

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Proposed Project 2015

Snapshot:

Ag Eagle RAPID with a Near Infrared (NIR) Camera to monitor multiple fields of scale in Evans & Bulloch County during the upcoming growing session to calculate the return on investments

Project Team:

Agriview Systems Middle Georgia State College UGA County Extension Service

UGA Small Business Development Center

UGA Tifton Campus COI – Agribusiness COI – Aerospace

Georgia Dept of Economic Development

Agriview Systems Ag Eagle RAPID Summer of 2015 (Proposed)

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Current state regulations

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Who uses Unmanned Aerial Systems?

Hobbyist Businesses Public Agencies

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Key Issues with Regulations

31%

  • The FAA is constitutionally

empowered to ensure the safety of the NAS

  • States are currently more

concerned about privacy issues

  • It is not always clear

where the FAA leaves off and the state regulations begin

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Current state regulations

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General information about UAS

  • If you are just getting started and need more

information: – COI-A – Georgia UAS Working Group – AUVSI – FSDO

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Georgia UAS Working Group

The Georgia Unmanned Aerial Systems (UAS) Working Group is a state-wide committee dedicated to growing existing Georgia UAS companies and attracting more UAS industry employers to the

  • state. Georgia with its strong aerospace industry is a natural place

for UAS companies to seek educational, manufacturing and research partnerships Members of the UAS Working Group include local UAS companies, academic experts, and aerospace/aviation industry organizations in addition to state and federal government agencies. For more information, please contact Chad Dennis at chad.dennis@mga.edu

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Thank You!

Selecting the Right UAS

An Introduction to UAS for Public Agencies

Chad Dennis

UAS Program Liaison for the Georgia Center of Innovation – Aerospace Director of UAS (Unmanned Aerial Systems) Middle Georgia State College