We already have it in the form of molten salt reactors running on the thorium fuel cycle in the slow neutron spectrum and fast spectrum MSRs running on the uranium fuel cycle. We could power the entire world for a year on about 10,000 tons of thorium, which is about how many tons of coal an average sized power plant will burn in 12 hours. You can also use electricity to make synthetic fuel from air. Uranium and thorium supplies are virtually limitless, with the identified reserves already giving us thousands of years of energy at current levels.
Canada already has extensive experience with working with thorium in CANDUs, but instead of developing safe, relatively clean and efficient nuclear power we've helped the Chinese with their thorium program. Fossil fuels aren't the future nuclear power is despite what idiots are claiming about Fukushima. Even modern PWRs like the AP-1000 and ESBWR are a better bet than vast and highly destructive fossil fuel projects.
Ice is three dimensional not two, the single year ice may be better this year but the ice cap itself on average is less than half as thick as it was 30 years ago. A decade of record single year ice may replace what's been lost.
Hurricanes are the result of complex conditions coming together from across the globe, for instance Atlantic hurricanes begin as atmospheric depressions in Eastern Africa. Strong wind blowing NE off of the Sahara can help prevent the development of hurricanes by putting a lot of dust into the air which acts to cool the ocean surface which is where a hurricane gets it energy. Also on strong El Nino years prevailing winds that usually blow to the west at northern subtropical latitudes can reverse and blow east at high level preventing the kind of high altitude cloud buildup that is necessary to create the feedback that leads to a hurricane developing. Warmer waters are just one element in hurricane development.
The warming trend has slowed due to a number of factors including the lowest solar sunspot activity on record, and we still set a number of record warm years in the 15 years since 1998 which was a very strong El Nino year.
It's a steady progress, not one big jump. By the time you and many people are finally convinced it will be too late to do anything about it. What are you waiting for anyway, the evidence is there in the temperature increases, changes in the timing of the season, loss of ice cover globally, increase in extreme weather events, thermal expansion of the oceans and more.
It's not an industry, it's baseline science. The same physical theories that allow us modern electronics, material science, and more are the basis of understanding radiative forcing of the atmosphere by the increase of compounds like CO2 that act to slow the transmission of longwave radiation into space. And while CO2 is a trace compound, it also plays a key role in moderating the climate, the planet wouldn't be warm enough to support complex life it wasn't there. The issue now is how fast we're increasing the concentration of CO2 in the atmosphere and the ability of natural systems to compensate. Right now a lot of the CO2 is going into the oceans, but as it also known as carbonic acid it's also making oceans more acidic with serious consequences for lifeforms there. Considering that oceans are one of the main sources of oxygen and food on planet, this issue alone is troubling.
As I said, carbon dioxide is an acid, the ocean have already become much more acidic due to the release of billions of tons of CO2 a year by human activity.
Ocean Acidification -- National Geographic
And while CO2 may only make up a small part of the atmosphere, it isn't transparent to longwave radiation as molecular nitrogen and oxygen the main components are. The issue is how much additional longwave radiation gets absorbed and re-radiated back to the Earth's surface as we increase the concentration of CO2. The physical principles are pretty clear that it doesn't take much CO2 to cause dramatic shifts in climate.
We've put several hundred billion tons of CO2 into the atmosphere over the least 200 or so years, it becomes part of the carbon cycle and doesn't simply disappear. Much of it will still be cycling through the system hundreds and possibly thousands of years from now. It's the cumulative affect that is at issue, not one year in isolation.
The system has been in relative balance until recently, it's the human forcing causing the current shifts in the system.
The math says that if you continuously add a strong absorber of longwave Em radiation into the atmosphere the entire system will warm up resulting in climate change. The basic physics are clear and the real world evidence backs it up.
What you're describing is becoming close to flat Earth nonsense.