Radio Frequency Identification Technology for Logistics, Tagging and EPC

RFID monitors animal feeding behavior, indicates the early signs of illness

Thursday, July 28, 2011

Part of a research project by the School of Agriculture at Newcastle University in the UK is employing RFID technology to study changes in animal feeding behavior which may indicate the early signs of disease.

The tracking system uses RFID chips fitted into the ear tag of each animal and short-range antenna mounted to their feeding troughs which tracks the feeding behavior and alerts farmers to any change that might indicate the animal is unwell.


“Just as we know when we are sickening for something because we perhaps lose our appetite or feel more lethargic, animals also demonstrate subtle changes in behavior when unwell,” said Ollie Szyszka, a PhD student in Newcastle University’s School of Agriculture, Food and Rural Development. “The aim was to help farmers spot any illness in the herd much earlier on and treat the animals more effectively.”

The animals have also been fitted with pedometers which allow the Newcastle team to measure posture, relaying information about how active the calf is and how much time they spend lying down.

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HID Global announced the debut of two new Glass Tag Ultra RFID transponders for animal identification and industrial applications.

The HID Global design featured in the Glass Tag Ultra 134.2 kHz transponders use direct bonding technology and optimized chip placement to enable a boost of performance. Read ranges are improved by up to 35% compared to low frequency glass tags of the similar size.

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GAO RFID announced its handheld RFID reader series for animal identification and management, for applications such as stock breeding, animal control, or foodstuff tracking systems.

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nanotron Technologies announced the release of nanoLES Version 2.0, the latest high throughput location engine and server software of nanotron’s people and asset locating (PAL) technology.

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HID Global has developed a new a manufacturing process that enables use of some of the world’s smallest integrated low-frequency (LF) chips ever produced for contactless ID applications.

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