Ehime Agricultural Experiment Station Yasushi KOHNO

Slides:



Advertisements
Similar presentations
Notes for teachers This presentation has been designed to complement the information provided in the Plant Phenomics Teacher Resource. Some of the slides.
Advertisements

Field monitoring and BIX standardization Takaharu Kameoka Laboratory of Bioinformation & Food Engineering Faculty of Bioresources, Mie University, JAPAN.
First Grade Bettie F. Williams Elementary
© Auernhammer 2002 The role of in crop product traceability The role of mechatronics in crop product traceability Prof. Dr. Hermann Auernhammer Centre.
21 April 2010 Growing and packing citrus to meet export market requirements.
How plants grow Created by Miss Castillo.
○ The social importance related to safety and security of fresh agricultural products is growing rapidly since the Great East Japan Earthquake. There are.
H ORT.
What is Precision Agriculture? John K. Schueller.
UW-Milwaukee Geography Building a State and National Phenology Network Prof. Mark D. Schwartz Department of Geography, UW-Milwaukee Wisconsin Phenological.
Rotary Tray for Machine Vision Inspection of Whole Eggplant Fruit Naoshi Kondo Department of Mechanical Engineering Graduate School of Science and Engineering.
AGRICULTURE AND AGRI-FOOD CANADA PRESENTATION TO : The Standing Senate Committee on Agriculture and Forestry February 24, Regina.
Greenhouse Monitoring using Wireless Sensor Networks (GWSN) Sponsored by INNOVA Rongo Rongo.
PLANTS.
Mobile and Ubiquitous Computing. Overview Attributes Discussion.
Potential Applications of Field Monitoring Server Networks for Ohio Agriculture Department of Food, Agricultural, and Biological Engineering The Ohio State.
Large range directive antennas for wireless sensor network J.P. CHANET, K.M. HOU, T. HUMBERT, P. RAMEAU, G. DE SOUSA, D. BOFFETY Cemagref - LIMOS Workshop.
Produce Safety University Take-Home Training for Professional Standards 1 School Gardens.
Climate. Climate is the year round weather in an area Climactic variables –First and last frost dates –Average winter and summer temperatures –Precipitation.
Plant Physiology Chapter 16 Introduction to Environmental and Agricultural Sciences.
Presented by Claude Trouillot
Introduction of IoT Agriculture Crystal 1. Outline Traditional Agriculture Irrigation Soil Status Crop Monitoring Smart Agriculture Example : Fujitsu.
Automated Inspection Using Machine Vision
Site-Specific Management Factors influencing plant growth Water Light Temperature Soil Compaction Drainage.
Dr. M. Ahsan Latif Department of Computer Science
Processing of Mandarin Leaf Multispectral Reflectance Data for the Retrieval of Leaf Water Potential Information Janos Kriston-Vizi PhD Kyoto University.
Contrasting Precision Ag Technology Between Different Crop Species By Dodi Wear.
Satellite Imagery and Remote Sensing NC Climate Fellows June 2012 DeeDee Whitaker SW Guilford High Earth/Environmental Science & Chemistry.
Fruit Grading Robot for Apple, Pear, Peach, and Tomato
Plants.
Assessment of Regional Vegetation Productivity: Using NDVI Temporal Profile Metrics Background NOAA satellite AVHRR data archive NDVI temporal profile.
Precision Agriculture Smart Farm Stations Yunxin Li and Raymond Wang Motorola Australian Research Centre.
The application of nanotechnology to agriculture is possible by setting up 1.A controlled environment agriculture. & 2.Implementing precision farming.
How Plants Live and Grow
PLANTS.
The Mean Green Growing Machine Parts of a plant.
A New Challenge of Robot for Harvesting Strawberry Grown on Table Top Culture BRAIN, SI Seiko Co., Ltd.
Satellite Imagery and Remote Sensing DeeDee Whitaker SW Guilford High EES & Chemistry
Plants By: Mrs. Jarrell. What does a plant need? Water Sunlight Fresh air Soil Space Love.
1.What do roots do? -hold the plant in the soil carry the water and minerals.
PRECISION IRRIGATION BY: CHARLES SLOUGH SOIL 4213.
INTRODUCTION TO PLANT AND SOIL SCIENCES IAFNR Plant and Soil Sciences Module.
By: Sydney and Deanna. Plant Needs A plant needs water, sunlight, soil, space, and air.
 By: Tatyana Mavigliano. Root Stem Leaves Flower.
Plant Growth There are many different types of plants. Some big Some small.
Seeds appear in fruits Seeds eventually grow into new plants.
Urban Agriculture The future of food. Rapid Population Growth and Food Insecurity  Food insecurity. If supply does not meet demand  The greatest demand.
2nd grade Science Courtney Hollenbach
Laser Marking Systems and Process. Machine Structure Conveyor System With Flip Station Canopy Design Class 4 – Safe with Class 1 Laser Laser Source 30W.
Farms, sensors and satellites. Using fertilisers Farming practice are changing Growing quality crops in good yields depends on many factors, including.
Terhune Orchards- ●Family run business ●Fruit and vegetable farm ●Open to the public ●Care for our land, our community and our future.
Satellite Imagery and Remote Sensing DeeDee Whitaker SW Guilford High EES & Chemistry
 AgriGreen is an automated plant environment controller that monitors soil conditions at the plants roots in real time and controls irrigation and fertilization.
Introduction to Farming
Presentation of equipment.
Using vegetation indices (NDVI) to study vegetation
What is a rainforest ecosystem?
Learning Objectives I can compare photographs with other types of remote sensing images. I can describe the uses & importance of the global positioning.
SLS 518 Single Beam Safety Light Barrier Type 4
Parts of a Plant: Leaves and Flowers
SUPPLEMENTAL MATERIAL
Saint denis school – 4° grade
Functions of Plants Stems and Leaves
By Blake Balzan1, with Ramesh Sivanpillai PhD2
Ch 6 BIOMES.
Subject : Science Topic: Plants Sub Topic :Parts of a Plant
Colonies A very large part of starting a new colony would be to understand the agriculture and climate of the new land or territory.
Precision Ag Precision agriculture (PA) refers to using information, computing and sensing technologies for production agriculture. PA application enables.
Impact of IoT/AI in Agriculture
Agricultural Intelligence From Satellite Imagery
Presentation transcript:

Ehime Agricultural Experiment Station Yasushi KOHNO Precision citrus production concept based on information from mobile citrus fruit grading robot, field-server, and satellite Ehime Agricultural Experiment Station Yasushi KOHNO

The news about the security of the food

Traceability of the agricultural production which used a QR cord

The production of citrus fruit in Ehime prefecture

A mandarin orange grows to the tree Mandarin oranges on the trees

The information of the citrus fruit production A NIR inspection system A production history

Outline of the whole project Analysis for posture control of the satellite Improvement of the robot Improvement of the field-server Information Analysis on Orchard, Growth Environment, and Products Information from satellite images Information from the robot Information from field-servers Information from fruit grading facility and operators Simulation for posture control of satellite Manufacture of mobile fruit grading robot Construction of field-server Construction of the database

Mobile citrus fruit grading robot NIR inspection device machine vision systems D-GPS roller pin conveyor Photo sensor laser sensor laser sensor

Information from Mobile citrus fruit grading robot Location information    Robot location, Time Fruit Information   Fruit appearance, Internal quality Monitoring image for trees    Leaf color Canopy size Flower quantity etc.

Field-server Temperature,Humidity Soil temperature,Soil water Quantity of sunlight Precipitation Wind direction and velocity Image   Leaf color, Flower quantity, Canopy size

Satellite image Color image Near-infrared light image Information of the garden   Inclination, Soil temperature ,Soil water Information of the tree   Leaf color,Size of the tree, Quantity of the flower etc.

The image of data Soil water , Shape of the tree Satellite image wide Space scale wide narrow Satellite image Mobile citrus fruit grading robot Field-server Leaf color , Canopy size Short Time scale long

A NIR inspection system

Information from fruit grading system Farm ID Sugar content,Acidity Appearance Size

Operation record Farm ID Feritilization Irrigation Time and date

Satellite Grading robot Field-server 写真提供;AXA Wide-range giography Environmental info. Local climate Info. Environmental info. Operation record Product info. Database

The aim of this study To clarify performance and accuracy of each device by multi-dimensional analysis with spatial consideration and time scale To clarify required information for precise production of citrus fruit and performance and function of each sensor To enable the database to be used for both tree management and food traceability to keep safety and security on food distribution