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ఓవర్టేక్ చేసినందుకు ఆటోడ్రైవర్ హత్య! - overtaking
తమిళనాడులో ఓ ఆటో డ్రైవర్, ఇద్దరు ద్విచక్రవాహనదారుల మధ్య మొదలైన చిన్న గొడవ... హత్యకు దారితీసింది. ఓవర్టేక్ చేశాడన్న ఆగ్రహంతో ఆటో డ్రైవర్ను కిరాతకంగా కొట్టిచంపారు ఇద్దరు వ్యక్తులు.
ఓవర్టేక్ చేసినందుకు ఆటోడ్రైవర్ హత్య!
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Published : Sep 29, 2019, 3:54 PM IST
| Updated : Oct 2, 2019, 11:27 AM IST
తమిళనాడు కోయంబత్తూర్లో ఇద్దరు దుండగులు విచక్షణ కోల్పోయి ప్రవర్తించారు. తమ ద్విచక్రవాహనాన్ని అధిగమించినందుకు ఆటో డ్రైవర్ను నిర్దాక్షిణ్యంగా చంపేశారు.
ఓవర్టేక్ చేసినందుకు ఆటోడ్రైవర్ హత్య! కీరనాథంలో ఆరుణ్ ప్రసాద్ అనే ఆటో డ్రైవర్కు, ద్విచక్రవాహనంపై వెళ్తున్న మరో ఇద్దరికి... ఓవర్టేక్ చేసే విషయంలో గొడవ మొదలైంది. కాసేపటికి అరుణ్ ఓ హోటల్ దగ్గర టీ తాగడానికి ఆటో ఆపాడు. వెంటనే అక్కడికి వచ్చిన దుండగులు... "మా వాహనాన్నే అధిగమిస్తావా" అంటూ వాదనకు దిగారు. ఘర్షణ తీవ్రరూపు దాల్చింది. బైక్పై వచ్చిన ఇద్దరు వ్యక్తులు... భవన నిర్మాణంలో ఉపయోగించే ఇనుప పనిముట్టుతో ఆటోడ్రైవర్ను చితకబాదారు. కొన ఊపిరితో ఉన్న అరుణ్ను అక్కడి వదిలేసి పారిపోయారు.
నెత్తుటి మడుగులో పడి ఉన్న ఆటోడ్రైవర్ను స్థానికులు ఆసుపత్రిలో చేర్పించారు. చికిత్స పొందుతూ అరుణ్ ప్రాణాలు విడిచాడు.
ఇదీ చూడండి:సీబీఎల్: 4వ విజయం ఖాతాలో వేసుకున్న 'నడుభాగం'
తమిళనాడు కోయంబత్తూర్లో ఇద్దరు దుండగులు విచక్షణ కోల్పోయి ప్రవర్తించారు. తమ ద్విచక్రవాహనాన్ని అధిగమించినందుకు ఆటో డ్రైవర్ను నిర్దాక్షిణ్యంగా చంపేశారు.
ఓవర్టేక్ చేసినందుకు ఆటోడ్రైవర్ హత్య! కీరనాథంలో ఆరుణ్ ప్రసాద్ అనే ఆటో డ్రైవర్కు, ద్విచక్రవాహనంపై వెళ్తున్న మరో ఇద్దరికి... ఓవర్టేక్ చేసే విషయంలో గొడవ మొదలైంది. కాసేపటికి అరుణ్ ఓ హోటల్ దగ్గర టీ తాగడానికి ఆటో ఆపాడు. వెంటనే అక్కడికి వచ్చిన దుండగులు... "మా వాహనాన్నే అధిగమిస్తావా" అంటూ వాదనకు దిగారు. ఘర్షణ తీవ్రరూపు దాల్చింది. బైక్పై వచ్చిన ఇద్దరు వ్యక్తులు... భవన నిర్మాణంలో ఉపయోగించే ఇనుప పనిముట్టుతో ఆటోడ్రైవర్ను చితకబాదారు. కొన ఊపిరితో ఉన్న అరుణ్ను అక్కడి వదిలేసి పారిపోయారు.
నెత్తుటి మడుగులో పడి ఉన్న ఆటోడ్రైవర్ను స్థానికులు ఆసుపత్రిలో చేర్పించారు. చికిత్స పొందుతూ అరుణ్ ప్రాణాలు విడిచాడు.
ఇదీ చూడండి:సీబీఎల్: 4వ విజయం ఖాతాలో వేసుకున్న 'నడుభాగం'
UK RIVER DRONES
SOURCE: ASSOCIATED PRESS/LEONARDO CAMELO, LOUGHBOROUGH UNIVERSITY
RESTRICTIONS: AP Clients Only
LENGTH: 5.45
SHOTLIST:
VNR - LEONARDO CAMELO, LOUGHBOROUGH UNIVERSITY
River Tay, Ballater, Scotland, UK - 26 August 2019
1. Wide aerial shot of River Tay ++MUTE++
ASSOCIATED PRESS - AP CLIENTS ONLY
River Tay, Ballater, Scotland, UK - 26 August 2019
2. Close of drone
3. Various of Leonardo Camelo, PhD researcher, Loughborough University, preparing drone for flight
4. Pull out of drone taking off
5. Various of Camelo operating drone
ASSOCIATED PRESS - AP CLIENTS ONLY
River Tay, Ballater, Scotland, UK - 26 August 2019
6. SOUNDBITE (English) Leonardo Camelo, PhD researcher, Loughborough University:
"By assessing how the river is changing you can assess the habitat distribution in that same river and that gives us a good approximation for what kind of wildlife the river can sustain, what kind of fish communities and what other wildlife can exist in that river. Because all of the life in rivers is dependent on the chemical composition of the water, but also the physical properties and the physical shape of the river itself. So, understanding that change is understanding how the habitats will adjust to climate change, for example."
7. Close of drone taking off
8. Various of Camelo operating drone
VNR - LEONARDO CAMELO, LOUGHBOROUGH UNIVERSITY
River Tay, Ballater, Scotland, UK - 26 August 2019
9. Various aerials shots of river ++MUTE++
ASSOCIATED PRESS - AP CLIENTS ONLY
River Tay, Ballater, Scotland, UK - 26 August 2019
10. Various of drone landing
11. SOUNDBITE (English) Leonardo Camelo, PHD researcher, Loughborough University:
"We're at a stage in drone development where we can already have very, very accurate terrain models, over relatively large areas. And we spend very little effort in it compared to what we would have ten years ago. So, to give you an idea, the survey we're going to do today would have taken me probably about a week if I wanted to get into as much detail as we are going to get today. And today, that same survey is going to take us fifteen minutes."
12. Various of riverbank
13. Wide of Camelo examining GPS base point system
14. Close of GPS base point system
VNR - LEONARDO CAMELO, LOUGHBOROUGH UNIVERSITY
River Tay, Ballater, Scotland, UK - 26 August 2019
15. Aerial shot of river ++MUTE++
ASSOCIATED PRESS - AP CLIENTS ONLY
River Tay, Ballater, Scotland, UK - 26 August 2019
16. SOUNDBITE (English) Leonardo Camelo, PHD researcher, Loughborough University:
"Try to picture, let's say the Mona Lisa, but you can only see tiny little specs of the painting here, here, here and here. You might be able to characterise what's in there, but you might get it completely wrong from just those samples that you get access too. So, what we're trying to do with the drones is give you an overview and give you a complete continuous coverage of what's there. So, if you think about that metaphor with the painting again, you take the little samples and all of a sudden you start seeing the entire picture."
17. Various of Camelo setting up camera on drone
18. Close of drone propeller
19. Wide of drone flying
VNR - LEONARDO CAMELO, LOUGHBOROUGH UNIVERSITY
River Tay, Ballater Scotland, UK - 26 August 2019
20. Aerial shot of River Tay ++MUTE++
ASSOCIATED PRESS - AP CLIENTS ONLY
River Tay, Ballater Scotland, UK - 26 August 2019
21. Close of river
ASSOCIATED PRESS - AP CLIENTS ONLY
Stirling, Scotland, UK - 28 August 2019
22. Setup shot of Willie Duncan, Ecology Development Manager, Scottish Environment Protection Agency, walking beside river wall
23. SOUNDBITE (English) Willie Duncan, Ecology Development Manager, Scottish Environment Protection Agency:
"You're able to get a lot more information, a lot more quickly, but you're then also able to integrate it into a number of the software platforms that we use and to sort of GIS (Geographic Information System) information, so that we can then improve the analysis that we undertake. So ultimately, the decisions that we make in managing Scotland's environment is improved."
24. Various setup shots of Chris Bromley, Senior Hydromorphologist, Scottish Environment Protection Agency, looking at river
25. SOUNDBITE (English) Chris Bromley, Senior Hydromorphologist, Scottish Environment Protection Agency:
"This specific technology that Leo (Camelo) is using on his drones could be used for other applications also, so taking high quality photographs, it enables us to do our specific river related work, but it will also allow colleagues in other parts of the agency to look at a whole range of other areas in which SEPA (Scottish Environment Protection Agency) is involved. Basically, any information… anything that you can see on a photograph is potentially useful information to allow us to do our work and for colleagues elsewhere in the agency to do their work, which may be very different from river related work."
ASSOCIATED PRESS - AP CLIENTS ONLY
River Tay, Ballater, Scotland, UK - 26 August 2019
26. Wide of River Tay
27. Various of fisherman in river
LEADIN:
Scientists in the UK are using drones to monitor the health of the country's rivers, as climate change becomes an increasing threat.
STORYLINE:
Studying changes to the flow of the River Tay over time is key to understanding how healthy this river is, how it's affected by human factors and how it supports a diverse ecosystem.
In understanding changes to the river flow, scientists can predict, for example, where the best fishing spots are or when a flood can be expected.
Key to determining the river flow is studying the rocks and sediment that supports it.
Researchers are now using drones as an important part of this research.
High resolution images, taken over time by drones, are helping scientists get a full picture of how these water bodies change.
This in turn helps those responsible for maintaining the rivers, and the industries it supports, to plan more effectively.
It may look like any other UAV, but this drone has a unique function that sets it apart from other eyes in the sky.
Built by Loughborough University, it flies with added stability through stronger than normal winds, while its camera collects detailed images of river ecology.
Loughborough PhD researcher Leonardo Camelo is working with the Scottish Environmental Protection Agency to develop a fast and efficient way to track changes to the River Tay.
According to Camelo, the images collected by the drone will be used to build 3D models of the terrain.
This in turn will contribute to better planning of adequate flood defences, tracking river ecosystems and assessing how climate change may be impacting the water bodies.
Camelo is keen to adopt UAV technology into his field expertise - fluvial geomorphology.
The study of the relationship between the physical shape of rivers, the flow of water, sediment and landforms created as a result.
"By assessing how the river is changing you can assess the habitat distribution in that same river and that gives us a good approximation for what kind of wildlife the river can sustain, what kind of fish communities and what other wildlife can exist in that river," he says.
Camelo says the affordability and accessibility of drones, as well as the high-quality images they capture, has transformed the way researchers like him gather data.
It speeds up the process and reduces costs.
"The survey we're going to do today would have taken me probably about a week if I wanted to get into as much detail as we are going to get today," he says.
"And today, that same survey is going to take us fifteen minutes."
Before drones were readily accessible, researchers would have to gather all the data manually.
They would work on collecting data in small river sections, which would then have to be pieced together.
Camelo says drones give researchers a more comprehensive picture.
"So, what we're trying to do with the drones is give you an overview and give you a complete continuous coverage of what's there," he says.
Camelo is working with the Scottish Environmental Protection Agency (SEPA) to custom-build software to make it simpler for agency staff to monitor changes to rivers using drones.
Camelo believes regulators and practitioners in this field are not using UAV's to their full advantage in this field.
Dr. Willie Duncan agrees. He's the manager of the Ecology Partnership & Development Unit at SEPA.
"Ultimately, the decisions that we make in managing Scotland's environment is improved," he says.
Chris Bromley, a senior hydromorphologist at SEPA, says drones have the potential to be used for assessing other environmental changes too.
"It enables us to do our specific river related work, but it will also allow colleagues in other parts of the agency to look at a whole range of other areas in which SEPA (Scottish Environment Protection Agency) is involved," he says.
As the world's climate changes, high-flying drones may become essential to collecting data and planning for the future.
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Last Updated : Oct 2, 2019, 11:27 AM IST
