ఐపీఎల్ ఫైనల్: టాస్ గెలిచి ముంబయి బ్యాటింగ్ - ముంబయి

హెదరాబాద్ వేదికగా చెన్నైతో జరుగుతున్న ఐపీఎల్ ఫైనల్లో ముంబయి ఇండియన్స్ టాస్ గెలిచి బ్యాటింగ్ ఎంచుకుంది. ఇప్పటికే చెరో మూడు సార్లు ఐపీఎల్ విజేతగా నిలిచిన ఇరుజట్లు నాలుగో టైటిల్పై గురిపెట్టాయి.

టాస్

Published : May 12, 2019, 7:13 PM IST

చెన్నై సూపర్కింగ్స్తో జరుగుతున్న ఐపీఎల్ ఫైనల్ మ్యాచ్లో ముంబయి ఇండియన్స్ టాస్ గెలిచి బ్యాటింగ్ ఎంచుకుంది. ఇరు జట్లు ఇప్పటికే 3 సార్లు ఫైనల్లో తలపడగా రెండు సార్లు (2013, 2015) ముంబయి గెలవగా... ఒకసారి చెన్నై విజయం సాధించింది.

The @mipaltan Skipper Rohit Sharma wins the toss and elects to bat first against @ChennaiIPL.#IPLFinal #MIvCSK pic.twitter.com/807XBZROHo
— IndianPremierLeague (@IPL) May 12, 2019 " class="align-text-top noRightClick twitterSection" data="
The @mipaltan Skipper Rohit Sharma wins the toss and elects to bat first against @ChennaiIPL.#IPLFinal #MIvCSK pic.twitter.com/807XBZROHo
— IndianPremierLeague (@IPL) May 12, 2019
">
The @mipaltan Skipper Rohit Sharma wins the toss and elects to bat first against @ChennaiIPL.#IPLFinal #MIvCSK pic.twitter.com/807XBZROHo
— IndianPremierLeague (@IPL) May 12, 2019

పిచ్.. బ్యాటింగ్కు అనుకూలించే అవకాశముంది. వర్షం పడే సూచన కనిపిస్తోంది. ఎనిమిదో సారి ఫైనల్ ఆడబోతుంది చెన్నై. 2010లో మినహా ఫైనల్కెళ్లిన ప్రతిసారి ఐపీఎల్ విజేతగా నిలిచింది ముంబయి ఇండియన్స్.

జట్టులో ఓ మార్పు చేసింది ముంబయి ఇండియన్స్. జయంత్ యాదవ్ స్థానంలో మిచెల్ మెక్లెనెగన్కు అవకాశం కల్పించింది. చెన్నై కూడా ఓ మార్పుతో బరిలో దిగనుంది. మురళీ విజయ్ స్థానంలో శార్దుల్ ఠాకుర్ ఆడనున్నాడు.

జట్లు

చెన్నై సూపర్కింగ్స్...

మహేంద్ర సింగ్ ధోని (కెప్టెన్, కీపర్), డుప్లెసిస్, షేన్ వాట్సన్, సురేశ్ రైనా, అంబటి రాయుడు, బ్రావో, రవీంద్ర జడేజా, హర్భజన్ సింగ్, దీపక్ చాహర్, ఇమ్రాన్ తాహిర్,శార్దుల్ ఠాకుర్.

ముంబయి ఇండియన్స్..

రోహిత్ శర్మ (కెప్టెన్), డికాక్ (కీపర్), సూర్యకుమార్ యాదవ్, ఇషాన్ కిషన్, కృనాల్ పాండ్య, హార్దిక్ పాండ్య, కీరన్ పొలార్డ్, మిచెల్ మెక్లెనెగన్, రాహుల్ చాహర్, బుమ్రా, లసిత్ మలింగ.

The @mipaltan Skipper Rohit Sharma wins the toss and elects to bat first against @ChennaiIPL.#IPLFinal #MIvCSK pic.twitter.com/807XBZROHo
— IndianPremierLeague (@IPL) May 12, 2019 " class="align-text-top noRightClick twitterSection" data="
The @mipaltan Skipper Rohit Sharma wins the toss and elects to bat first against @ChennaiIPL.#IPLFinal #MIvCSK pic.twitter.com/807XBZROHo
— IndianPremierLeague (@IPL) May 12, 2019
">
The @mipaltan Skipper Rohit Sharma wins the toss and elects to bat first against @ChennaiIPL.#IPLFinal #MIvCSK pic.twitter.com/807XBZROHo
— IndianPremierLeague (@IPL) May 12, 2019

జట్లు

చెన్నై సూపర్కింగ్స్...

ముంబయి ఇండియన్స్..

NORWAY EARTH OBSERVATION
SOURCE: EUROPEAN SPACE AGENCY (ESA)
RESTRICTIONS: AP Clients Only
LENGTH: 3:05
SHOTLIST:
EUROPEAN SPACE AGENCY (ESA)
Svalbard, Norway - March 2019
1. Wide of aircraft carrying radiometer on Longyearbyen Airport
2. Various of team checking radiometer instrument
3. Close of radiometer instrument on aircraft exterior
4. Pan left of aircraft taking off
5. Wide of aircraft in air
6. SOUNDBITE (English) Tania Casal, Scientific Campaign Coordinator, European Space Agency (ESA):
++PART OVERLAID BY PREVIOUS SHOT++
"The radiometer just senses. It reads, basically, the sea ice at certain frequencies. And from that, from actually breaking down into several different frequencies, you can actually study the sea-ice signatures. And from that, then you can infer what kind of sea ice you have. And also from that you can infer how old the sea ice is, for instance."
7. Wide of view from aircraft
8. Various of team working onboard aircraft
9. Mid of pilots, view from cockpit
10. Wide of view from aircraft
11. Various of team working onboard aircraft
12. SOUNDBITE (English) Tania Casal, Scientific Campaign Coordinator, European Space Agency (ESA):
"This instrument that we're flying has been around for many years already and had to be completely renovated in order to fly again. And we're testing it now for the first time, because we want to obtain the sort of data that the satellite will see later on. And really answer some scientific questions we've had in the meantime, so with this data that we're going to collect here."
13. Various of arctic landscape
14. SOUNDBITE (English) René Forsberg. Danish National Space Institute:
"The sea ice is strongly changing. You can see that parts of Svalbard, which were earlier ice-covered in winter - like the fjords just out here - they are not ice-covered anymore. In the Arctic Ocean, of course, in the summer, there's much less ice and that is the very important thing to follow by the present missions, the CIMR (Copernicus Imaging Microwave Radiometer), which we fly for right now and also for the future."
15. Wide of view from aircraft
16. Various of team working onboard aircraft
17. Mid of pilots, view from cockpit
18. Wide of view from aircraft
LEADIN:
Scientists in the Arctic are testing a high-tech imaging device, that could reveal a global picture of sea ice, helping researchers monitor the effects of climate change.
If approved, the imaging microwave radiometer could become part of a European Union Earth observation programme.
STORYLINE:
Inside this small aircraft, scientists are testing a microwave radiometer, an instrument that's able to monitor sea ice and its evolution.
They're testing it in the Arctic's harsh conditions, taking off from Svalbard's Longyearbyen, one of the world's northernmost cities.
"The radiometer just senses. It reads, basically, the sea ice at certain frequencies," explains Tania Casal, scientific campaign coordinator from the European Space Agency.
"And from that, from actually breaking down into several different frequencies, you can actually study the sea-ice signatures. And from that, then you can infer what kind of sea ice you have. And also from that you can infer how old the sea ice is, for instance."
Facing -30 degrees Celsius temperatures, scientists are using the information gathered from these Arctic flights to assess the instrument's capabilities.
The Copernicus Imaging Microwave Radiometer (CIMR) could provide observations on sea-surface temperature, sea-ice concentration and sea-surface salinity.
The instrument is one of six candidates for the European Union's Copernicus system, a far-reaching Earth observation programme.
Scientists are checking whether the instrument would be able to retrieve the high-quality data they desire if it were selected to go to space onboard a satellite.
"We're testing it now for the first time, because we want to obtain the sort of data that the satellite will see later on," says Casal.
"And really answer some scientific questions we've had in the meantime, so with this data that we're going to collect here."
Data on the concentration and distribution of sea ice will help scientists monitor the effects of climate change.
Arctic sea ice helps moderate global climate.
Some studies connect its loss to more extreme weather further south, including winter storms.
"The sea ice is strongly changing," says René Forsberg from Denmark's National Space Institute.
"You can see that parts of Svalbard, which were earlier ice-covered in winter - like the fjords just out here - they are not ice-covered anymore.
"In the Arctic Ocean, of course, in the summer, there's much less ice and that is the very important thing to follow by the present missions, the CIMR (Copernicus Imaging Microwave Radiometer), which we fly for right now and also for the future."
This arctic airborne experiment is part of a global quest to gain more accurate data.
Giving decision makers hard facts on the evolution of ice coverage, a key element to understanding climate change and its impact on Earth.
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