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Fans are super excited to witness the magic of Sunny Deol and Ameesha Patel's 'Gadar' once again as the second instalment is all set to hit the theatres on August 11. Apart from the lead pair, the film also features Luv Sinha in a special cameo role. ETimes sat down with the actor for an exclusive interview where he spoke about working with Anil Sharma, recalled fond memories of watching 'Gadar' as a kid and more. Excerpts...
I am very excited for 'Gadar 2' because 'Gadar' was a historic film. And I am sure that the efforts of Mr Anil Sharma, our director, and everyone involved in the film will pay off as they made it on a very grand scale. It's much bigger than part one, obviously in terms of the way it's been shot, the way it looks, and also because they have made a lot of advances over time in the craft of filmmaking.
I came on board because I have a habit of reaching out to filmmakers or directors directly or approaching them through their office to basically say that I would like to work with them or I would like to be considered for a role and in this case also I reached out to Mr Anil Sharma and I met him and we had a brief discussion in regards to the role and I agreed to be a part of it because of the fact that obviously it is a film like 'Gadar' and it was going to be a massive film.
As far as my character is concerned, I can't disclose too much about it at this point because obviously I think that would be better explained by the direction team or more importantly the director. So at this point unfortunately I won't be able to disclose too much about it.
I actually remember going to watch 'Gadar' in a single screen theatre in Vile Parle with a few of my relatives. I was obviously quite young then and it was an amazing experience. I remember how the audience reacted. But I think in terms of how the audience reacts to certain films or to certain actors, we are missing that today. But you still see that kind of reaction with giants of the industry like Shah Rukh Khan, Aamir Khan, Salman Khan, Hrithik Roshan, and Ajay Devgn. And obviously even when you see someone like Sunny Deol in a film like 'Gadar,' I think the audience reacts to them in a very different way compared to other actors. So I think I have really good memories of watching Gadar and it left an impact on me for sure.
Working with Anil sir was a really good experience. As a director he is very helpful to his actors. He is very calm. He makes sure that things get done. But he also makes sure that they get done in a positive manner without creating a sort of negative atmosphere on set. Even though my role in 'Gadar 2' is a special appearance, I would definitely want to work with Anil sir again in another film if given the opportunity.
I remember one incident because I felt sick due to the heat in Lucknow. As an actor, I give my 100 percent to my work. When the shot was getting ready, I didn't want to leave the location and go back to my van because I wanted to stay in character. But the only problem with that is I was doing that while it was 45 degrees temperature and because of that I fell sick. I developed heat sickness. It was not a heat stroke because I didn't faint or anything like that thankfully, but I definitely fell sick due to the heat and I had to be very careful.
In fact, one time right before the shot was about to be taken, I had to move away from where I was with everyone because I needed to go and find medicine. So Anil sir was also wondering what happened but then I explained to sir that I was going to fall sick and I really didn't want that happening in front of everyone.
Argo is an international program that collects information from inside the ocean using free drifting profiling floats. These floats drift with the ocean currents and move up and down between the surface and a mid-water level. The floats are distributed over the global ocean to measure temperature and salinity in the upper 2,000 meters. They annually provide 100,000 temperature/ salinity profiles and reference velocity measurements per year. Argo data are used to initialize ocean and coupled (i.e., ocean-atmosphere) forecast models and for dynamical model testing. This broad-scale global array of temperature/salinity profiling floats is a major component of the global ocean observing system.
Argo salinity data can be used to measure changes in global rainfall patterns related to climate change. Sea surface salinity reflects the local balance of evaporation (which increases salinity) versus precipitation (which decreases salinity). Warmer air can hold and transport more moisture, meaning that as average global temperatures increase, existing patterns of evaporation and precipitation will intensify. This leads to both increased risk of drought in dry areas and increased flooding in wet areas.
One of the major impacts of climate change is an increase in the global cycle of evaporation and rainfall caused by a warmer ocean surface layer. Argo floats measure salinity to monitor the changing hydrological cycle and global volume of ice in our oceans. The melting of either floating ice or glaciers and ice sheets lowers ocean salinity. Additionally, the ocean becomes fresher or saltier where the balance between evaporation minus rainfall tips in one direction over time.
At present (2021) Argo collects 12,000 data profiles every month (400 per day). Researchers plan to continue collecting Argo data for as long as those data remain a vital tool for a wide range of ocean applications, including the detection of climate change.
(a) Meridional volume transport in the upper 400m in the South Atlantic using Argo observations and satellite altimetry, the dotted lines mark the sections across 20S, 25S, 30S, and 35S where the strength of upper branch of the Meridional Overturning Circulation is estimated.
BGC-Argo aims at developing a global network of biogeochemical sensors on Argo profiling floats. Each float carries sensors to measure six core BGC-Argo variables: chlorophyll-a fluorescence, oxygen, nitrate, pH, and suspended particles, in addition to temperature, salinity, and pressure. These variables are the fundamental measurements that are required to address significant scientific and societal ocean/climate-related issues. The BGC-Argo network represents the most promising strategy for collecting temporally and spatially resolved observations of biogeochemical properties throughout the upper 2000 m of the ocean. The Argo2020 array design aims to contain 1,000 BGC-Argo. The picture above shows an example of one BG- Argo float model. Several core Argo floats also have BGC versions which carry dissolved oxygen sensors.
The Ship of Opportunity Program is a global partnership between scientific institutions and the maritime industry. NOAA, specifically AOML, manages the US SOOP. AOML works to recruit ships to assist scientists in collecting oceanographic data from the global ocean.
The Biogeochemical Argo (BGC-Argo) float array is a part of the internationally coordinated Argo network of robotic ocean profiling floats. BGC-Argo floats carry biological and chemical sensors that collect high-quality, multi-year ocean datasets from the sea surface to a depth of 2,000 meters. The addition of these sensors are expanding the existing Argo array that monitors ocean temperature and salinity. The growing global array of BGC-Argo floats are revolutionizing our ability to observe ocean biogeochemical cycles and understand ocean carbon uptake, acidification, deoxygenation, and marine ecosystem health.
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