Navigation Links
1 good tern deserves another
Date:1/24/2014

The use of portable, wireless cameras and monitoring equipment for recording and transmitting footage of wildlife is perhaps familiar to anyone who watches nature programs on TV. However, common to all such equipment is the problem of limited battery life, which becomes particularly troublesome when using such equipment in remote and hazardous locations. A new report in the International Journal of Computational Science and Engineering, reveals details of an energy-efficient system for monitoring wild birds that reduces power consumption without significantly compromising image quality.

Hsiao-Wei Yuan of the National Taiwan University in Taipei and colleagues were aware that scientific monitoring of the critically endangered Chinese Crested Tern (Thalasseus bernsteini) a migratory bird that nests on Taiwan's Matsu Islands is important for conservation. As with many such ecosystems, observations are often unsystematic and rely on manual observation rather than continuous feedback.

The team has now developed a wireless, real-time visual surveillance system for monitoring these birds, TernCam. The system will allow scientists to gain a better picture of the tern's behavior through instantaneous capture of information. Crucially, the team has developed appropriate software for data transmission that retains image integrity but reduces the total number of data packets transmitted by the system and so considerably reduces battery consumption.

"The traditional techniques used to monitor wildlife are labor intensive and costly," Yuan says. "The use of cameras allows large data collection and increases the size of a sampled area without human presence, often giving scientists a glimpse into the secret lives of wildlife and its breeding, feeding and migratory habits." Additionally, monitoring cameras can also be used in anti-poaching efforts.

The team says their system overcomes many of the problems associated with wireless monitoring previously. The TernCam system has demonstrated that it can remain functional in severe weather conditions, wet, hot and salty environments and transmit adequate signals via the mobile phone network that is ubiquitous across Taiwan using the general packet radio service (GPRS) to provide real-time monitoring. The latter has generally not been possible with conventional equipment used in other locations before. The system has four 12 volt batteries to provide power and these are kept charged by two solar photovoltaic panels.

It is the image collection and processing for transmission that makes the system viable for such remote monitoring. Image compression and scheduling of transmission through the GPRS system allows data to be sent at very low energy cost to the scientists' computer server on the mainland 250 km away. Testing the system on the one of the islands through a breeding season has demonstrated how well it works and points the way to the wider use of the same system in monitoring other species elsewhere in a similar manner.


'/>"/>

Contact: Albert Ang
press@inderscience.com
Inderscience Publishers
Source:Eurekalert

Related biology news :

1. Nanotherapy: Treating deadly brain tumors by delivering big radiation with tiny tools
2. Happy Fathers Day! Another reason why dads and hopeful dads should quit smoking now
3. Giving ancient life another chance to evolve
4. Flightless molecule may prevent cancer from spreading from 1 tissue to another
5. Study proves that 1 extinction leads to another
6. Another muscular dystrophy mystery solved; MU scientists inch closer to a therapy for patients
7. Researchers turn one form of neuron into another in the brain
8. Understanding Earth processes and human impacts, plus another look at Mars
9. Exercise or make dinner? Study finds adults trade one healthy act for another
10. Another scientific proof of the difference in social perception between men and women
11. Neuron claws in the brain enable flies to distinguish 1 scent from another
Post Your Comments:
*Name:
*Comment:
*Email:
(Date:1/28/2016)... Calif., Jan. 28, 2016 Synaptics (NASDAQ: SYNA ), ... for its second quarter ended December 31, 2015. ... quarter of fiscal 2016 increased 2 percent compared to the comparable ... quarter of fiscal 2016 was $35.0 million, or $0.93 per diluted ... net income for the first quarter of fiscal 2016 grew 9 ...
(Date:1/25/2016)... , Jan. 25, 2016  Glencoe Software, the world-leading ... and publication industries, will provide the data management solution ... (NPSC). ... Phenotypic analysis measures the ... organisms, allowing comparisons between states such as health and ...
(Date:1/21/2016)... , January 21, 2016 ... a new market research report "Emotion Detection and Recognition ... Software Tools (Facial Expression, Voice Recognition and Others), ... Global forecast to 2020", published by MarketsandMarkets, the ... to reach USD 22.65 Billion by 2020, at ...
Breaking Biology News(10 mins):
(Date:2/4/2016)... 2016  Spherix Incorporated (Nasdaq: SPEX ) -- an intellectual ... of intellectual property, today provided an update on the ... District of Texas and announcing ... Inter Partes Re-examination ("IPR") proceedings that VTech and ... was initiated on only certain claims of two of ...
(Date:2/4/2016)... ... February 04, 2016 , ... ... leading supplier of Semantic Graph Database technology has been recognized As “ Best ... by Corporate America Magazine. , “At Corporate America, it’s our priority to showcase ...
(Date:2/4/2016)... NY (PRWEB) , ... February 04, 2016 , ... Many ... for over 10 years. What sets them apart from other cuvette manufacturers ... is posted on their website. On top of this steady flow of inside ...
(Date:2/3/2016)...  Discovery Laboratories, Inc. (NASDAQ: DSCO ), ... surfactant therapies for respiratory diseases, today announced that ... award as a component of employment compensation for ... and Chief Executive Officer.  The award was approved ... 2016 and granted as an inducement material to ...
Breaking Biology Technology: