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కుప్పకూలిన దక్షిణాఫ్రికా టాప్ ఆర్డర్
ప్రపంచకప్లో తన తొలి మ్యాచ్లో టీమిండియాకు బౌలర్లు అదిరే ఆరంభాన్ని ఇచ్చారు. బుమ్రా, చాహల్, కుల్దీప్ ధాటికి దక్షిణాఫ్రికా టాప్ ఆర్డర్ కుప్పకూలింది. స్వల్ప స్కోర్లకే సఫారీ బ్యాట్స్మెన్ వెనుదిరిగారు.
కూప్పకూలిన దక్షిణాఫ్రికా టాప్ ఆర్డర్
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Published : Jun 5, 2019, 4:53 PM IST
| Updated : Jun 5, 2019, 5:34 PM IST
సౌతాంఫ్టన్ వేదికగా జరుగుతున్న మ్యాచ్లో దక్షిణాఫ్రికా టాప్ ఆర్డర్ కుప్పకూలింది. తొలి పవర్ప్లేలో ఓపెనర్లను పెవిలియన్కు పంపించాడు టీమిండియా బౌలర్ బుమ్రా. అనంతరం చాహల్ ఒకే ఓవర్లో సఫారీ కెప్టెన్ డుప్లెసిస్, వాన్డర్ డుసెన్లను ఔట్ చేశాడు. డుమినిని కుల్దీప్ పెవిలియన్ బాట పట్టించాడు. ప్రస్తుతం క్రీజులో మిల్లర్, ఫెహ్లూక్వాయో ఉన్నారు.
సౌతాంఫ్టన్ వేదికగా జరుగుతున్న మ్యాచ్లో దక్షిణాఫ్రికా టాప్ ఆర్డర్ కుప్పకూలింది. తొలి పవర్ప్లేలో ఓపెనర్లను పెవిలియన్కు పంపించాడు టీమిండియా బౌలర్ బుమ్రా. అనంతరం చాహల్ ఒకే ఓవర్లో సఫారీ కెప్టెన్ డుప్లెసిస్, వాన్డర్ డుసెన్లను ఔట్ చేశాడు. డుమినిని కుల్దీప్ పెవిలియన్ బాట పట్టించాడు. ప్రస్తుతం క్రీజులో మిల్లర్, ఫెహ్లూక్వాయో ఉన్నారు.
ఇది చదవండి: టీమిండియా-దక్షిణాఫ్రికా మ్యాచ్ లైవ్
CAMBODIA LIDAR
SOURCE: ASSOCIATED PRESS
RESTRICTIONS: AP Clients Only
LENGTH: 5:51
SHOTLIST:
ASSOCIATED PRESS - AP CLIENTS ONLY
Sambor Prei Kuk, Kampong Thom Province, Cambodia - 16 April 2019
1. Aerial shot of forest ++MUTE++
2. Various aerial shots of temple in forest++MUTE++
3. Various of temple, exterior and interior
4. Aerial shot of temple ++MUTE++
5. Close of stone carving on temple exterior
6. Setup shot of Em Sreang, Technician at Cambodian Archaeological Lidar Initiative (CALI), walking across bridge
7. SOUNDBITE (Khmer) Em Sreang, Technician at Cambodian Archaeological Lidar Initiative (CALI):
"The survey was very important in helping researchers and archaeologists understand the history of the area. With the technology, we can see the outlines of ancient roads, moats and irrigation systems for the first time…and we could also see that there was a lot of them. With LiDAR, we learned a lot of new things about Sambor Prei Kuk, for example, about the city grid and other infrastructure features that could join this city to Angkor."
8. Close of sign, reading: 'Ecole Francaise D'Extreme Orient'.
9. Pan right of people working in office
10. Various of woman looking at LiDAR data on computer
11. Close of LIDAR data on smartphone
12. Various of truck driving through forest, researchers on back
13. SOUNDBITE (English) Dr. Sarah Klassen, Social Sciences and Humanities Research Council Post-Doctoral Scholar, University of British Columbia.
"So, using the LiDAR data, we were able to identify and map hundreds of reservoirs, occupation mounds and even some temples that hadn't been identified before. Even with decades of work on the ground, these features had still gone unidentified because the forest here is so dense."
14. Pan right of researchers arriving at temple site on back of truck
15. Various of researchers walking on forest trail
16. Various of man cutting through undergrowth
17. Setup shot of Alyssa Loyless, Studying LiDAR as a part of archaeology masters, University of British Columbia, walking on forest trail
18. SOUNDBITE (English) Alyssa Loyless, Studying LiDAR as a part of archaeology masters, University of British Columbia:
"With this, it saves a lot of time when we do go into the field to ground-shoot these features. We can pinpoint certain areas of interest that we maybe haven't explored before, rather than having to walk the whole entire landscape. And it saves a lot of time and money and it's really a great advancement in archaeology with this technology."
19. Mid of Klassen and Loyless working
20. Close of hand writing on clipboard pad
21. Close of map on smartphone
22. SOUNDBITE (English) Dr. Sarah Klassen, Social Sciences and Humanities Research Council Post-Doctoral Scholar, University of British Columbia:
"So, they can use these maps to work with local villages to make sure that there's no development that's destructive to the archaeological features. We can also use these maps to better understand the extent of the sites, so how they're connected with other sites in Cambodia. And we can do other types of academic analysis to understand how the water management system worked in the past and that might actually lend insight into present-day issues of water management."
23. Wide of temple
24. Mid of tourist information sign
25. Wide of tourists standing in front of temple
26. Mid of tour guide giving temple tour
UPSOUND (English): "For example, one piece of stone here, it comes through the door, how they bring in? They must do this first."
27. Wide of temple interior
28. Various of temple exterior
29. Wide of researchers walking along forest trail
30. Wide of truck driving away
31. Low shot of truck passing overhead
LEADIN:
Long cut-off from the outside world, the ancient 7th century Cambodian city of Sambor Prei Kuk is slowly re-emerging from the jungle.
Scientists studying the site using advanced laser technology say that it was much larger than previously thought.
STORYLINE:
Located 120 kilometres (74 miles) east of Angkor and hidden under a canopy of trees, Sambor Prei Kuk has long been overshadowed by its more famous nearby cousin.
While Angkor Wat remains one of the world's top tourist attractions, Sambor Prei Kuk receives only a small smattering of visitors.
Built by King Isana Varman I, it dates back to the 7th century, the Pre-Angkorian Chenla Kingdom that worshipped the Hindu god Shiva.
Brick was the principal building material, although some structures were made of sandstone.
In 2015, an aerial LiDAR (Light Detection And Ranging) survey of the area was conducted by Paris-based NGO Ecole Francaise D'Extreme Orient (EFEO).
LiDAR uses pulsed laser lights to map features on the terrain.
By filtering out reflections from vegetation, it can see through even the thickest jungle canopy.
Researchers soon discovered the ancient city was much larger than previously thought, says LiDAR technician Em Sreang.
"With the technology, we can see the outlines of ancient roads, moats and irrigation systems for the first time…and we could also see that there was a lot of them," he says.
"With LiDAR, we learned a lot of new things about Sambor Prei Kuk, for example, about the city grid and other infrastructure features that could join this city to Angkor."
The LiDAR data collected at Sambor Prei Kuk was processed at EFEO's office in Siem Reap, creating a digital model of the terrain.
That data was then loaded into smartphones for use in the field.
Now, nearly four years after the LiDAR study, a follow-up team of local and international experts is back to examine the findings on the ground.
Leading the team is Dr. Sarah Klassen from the University of British Columbia.
"Using the LiDAR data, we were able to identify and map hundreds of reservoirs, occupation mounds and even some temples that hadn't been identified before," she says.
"Even with decades of work on the ground, these features had still gone unidentified because the forest here is so dense."
The team of experts used the LiDAR map to pinpoint exactly where to uncover previously unknown features, chopping through dense undergrowth when necessary.
After just two weeks in the field, they pinpointed at least four previously unknown temples and uncovered other ancient features, such as walls and roads.
Alyssa Loyless has been working on the LiDAR programme at Sambor Prei Kuk as a part of her archaeology master's degree.
"With this, it saves a lot of time when we do go into the field to ground-shoot these features," she says.
"We can pinpoint certain areas of interest that we maybe haven't explored before, rather than having to walk the whole entire landscape."
LiDAR was invented in the early 1960s thanks to huge advances in computer and laser technology. It has become a powerful tool in recent years.
It uses pulsed laser light to map an area by measuring the reflected pulses with a specialised sensor and utilising advanced data acquisition electronics.
After physically assessing the LiDAR-identified sites on the ground, the EFEO team is now adding them to more user-friendly maps that highlight areas of particular historical interest.
"They can use these maps to work with local villages to make sure that there's no development that's destructive to the archaeological features," says Klassen.
"We can also use these maps to better understand the extent of the sites, so how they're connected with other sites in Cambodia."
The temple area was heavily mined during Cambodia's three-decades-long civil war, which ended in the late 1990s.
The area was cut off from the outside world, the temples consumed by jungle.
Finally made safe in 2008, Sambor Prei Kuk has been slowly re-emerging from the past.
In 2017, it was listed as the country's third UNESCO World Heritage Site after Angkor in 1992 and Preah Vihear Temple in 2008.
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Last Updated : Jun 5, 2019, 5:34 PM IST
