BBC Horizon - What's Wrong with Our Weather (2014) HDTV RMAC
- Type:
- Video > HD - TV shows
- Files:
- 2
- Size:
- 1013.42 MB
- Spoken language(s):
- English
- Texted language(s):
- English
- Tag(s):
- rmac
- Uploaded:
- Jul 18, 2014
- By:
- rcdmac
BBC Horizon: What's Wrong with Our Weather? (2014) DURATION: 1 HOUR Over the last few years, our weather in Britain has become more extreme. Last winter was the wettest ever recorded, as deadly storms battered the country for weeks on end. But previous winters have seen bitter lows of -22, as Britain was plunged into a deep freeze. What everyone wants to know now is: why is our weather getting more extreme, can we expect to see more of it in the future, and has it got anything to do with climate change? In this episode of Horizon, physicist Dr Helen Czerski and meteorologist John Hammond make sense of Britain's recent extreme weather and discover that there is one thing that connects all our recent extreme winters - the jet stream, an invisible river of air that powers along 10 km above us. What's worrying is that recently it has been behaving rather strangely. Scientists are now trying to understand what is behind these changes in the jet stream. Helen and John find out if extreme winters are something we may all have to get used to in the future. BBC ===================== General ===================== Format : Matroska File size : 1 013 MB Duration (ms) : 59mn 4s OverallBitRate_Mode/String : Variable Total bitrate : 2 399 Kbps ===================== Video ===================== Format : AVC Format info : Advanced Video Codec Format profile : High@L4.1 Use of CABAC : Yes RefFrames : 2 frames Codec Id : V_MPEG4/ISO/AVC Duration (ms) : 59mn 4s Bitrate mode : Variable Bitrate maximum : 3 500 Kbps Width : 1 280 pixels Height : 720 pixels Aspect ratio : 16:9 Framerate mode : Constant Framerate : 25.000 fps ===================== Audio ===================== Format : AAC Format info : Advanced Audio Codec Format profile : LC Codec Id : A_AAC Duration (ms) : 59mn 4s Channel(s) : 2 channels ChannelPositions : Front: L R Sampling rate : 48.0 KHz Encoded by : RMAC