Marsh Fish

Does nuking terrain squares have an immediate effect? Or, do you have to wait for global warming to kick in?
 
I have a question about resources on weird tiles.

If there was a resource in a forest/jungle/marsh tile, and you cleared that tile of its cover, would that also remove any resources that were/would appear on that tile in the future?
 
biggamer132 said:
I have a question about resources on weird tiles.

If there was a resource in a forest/jungle/marsh tile, and you cleared that tile of its cover, would that also remove any resources that were/would appear on that tile in the future?

No, sometimes you'll find uranium and coal on grassland... So there's no point in saving the forest. The resources are generated from the very beginning.
 
Bad Brett said:
No, sometimes you'll find uranium and coal on grassland... So there's no point in saving the forest. The resources are generated from the very beginning.

That's a relief... thanks man. :)
 
Bad Brett said:
No, sometimes you'll find uranium and coal on grassland... So there's no point in saving the forest. The resources are generated from the very beginning.

True, but with a slight exception if it comes to exhausing/reappearing ressources. If for example somewhere on the map disappears coal, it will show up on a new location again and this might be a forest.If you cut your forests down, you have lower chances to get it.
 
What about rubber? I don't remember if you can find it somewhere else, but I think you only can find it in forest or something like that. So what happens if you chop all forest on the entire map? It won't disappear? (cause it can't "move" somewhere else). By the way, the odds of getting coal in a forest are VERY low. ;)
 
Bad Brett said:
What about rubber? I don't remember if you can find it somewhere else, but I think you only can find it in forest or something like that. So what happens if you chop all forest on the entire map? It won't disappear? (cause it can't "move" somewhere else). By the way, the odds of getting coal in a forest are VERY low. ;)

You can also get rubber in jungle.
 
Bad Brett said:
What about rubber? I don't remember if you can find it somewhere else, but I think you only can find it in forest or something like that. So what happens if you chop all forest on the entire map? It won't disappear? (cause it can't "move" somewhere else). By the way, the odds of getting coal in a forest are VERY low. ;)

Rubber doesn't disappear (like horses).Another possible spot for rubber is jungle, IIRC.
 
Gumby78 said:
In the Napoleonic Europe conquest, there are some "Marsh Fish" in Russian territory.


In the Mesopotamia scenario fish in marsh appears east of where
Alexandria would be located today.
 
Bad Brett said:
Would be pretty cool with a grassland fish...

Clear the marsh and irrigate the grassland fish. Then you have the same amount of food as irrigated wheat (unless I am much mistaken).
 
thetrooper said:
Clear the marsh and irrigate the grassland fish. Then you have the same amount of food as irrigated wheat (unless I am much mistaken).

Yes, and you get an additonal commerce bonus over wheat.
 
Bad Brett said:
Oil on grassland isn't that strange, it's like getting tropical fruits on grassland something like that...

I agree - beneath the grassland there could be solid rock (very likely) immersed in oil reservoirs (occasionally). Geology:

Petroleum, or crude oil, naturally occurring oily, bituminous liquid composed of various organic chemicals. It is found in large quantities below the surface of Earth and is used as a fuel and as a raw material in the chemical industry. The chemical composition of all petroleum is principally hydrocarbons, although a few sulfur-containing and oxygen-containing compounds are usually present; the sulfur content varies from about 0.1 to 5 percent. Petroleum contains gaseous, liquid, and solid elements. The consistency of petroleum varies from liquid as thin as gasoline to liquid so thick that it will barely pour. Small quantities of gaseous compounds are usually dissolved in the liquid; when larger quantities of these compounds are present, the petroleum deposit is associated with a deposit of natural gas.

Petroleum is formed under Earth’s surface by the decomposition of marine organisms. The remains of tiny organisms that live in the sea—and, to a lesser extent, those of land organisms that are carried down to the sea in rivers and of plants that grow on the ocean bottoms—are enmeshed with the fine sands and silts that settle to the bottom in quiet sea basins. Such deposits, which are rich in organic materials, become the source rocks for the generation of crude oil. The process began many millions of years ago with the development of abundant life, and it continues to this day. The sediments grow thicker and sink into the seafloor under their own weight. As additional deposits pile up, the pressure on the ones below increases several thousand times, and the temperature rises by several hundred degrees. The mud and sand harden into shale and sandstone; carbonate precipitates and skeletal shells harden into limestone; and the remains of the dead organisms are transformed into crude oil and natural gas.

Once the petroleum forms, it flows upward in Earth’s crust because it has a lower density than the brines that saturate the interstices of the shales, sands, and carbonate rocks that constitute the crust of Earth. The crude oil and natural gas rise into the microscopic pores of the coarser sediments lying above. Frequently, the rising material encounters an impermeable shale or dense layer of rock that prevents further migration; the oil has become trapped, and a reservoir of petroleum is formed. A significant amount of the upward-migrating oil, however, does not encounter impermeable rock but instead flows out at the surface of Earth or onto the ocean floor. Surface deposits also include bituminous lakes and escaping natural gas.
 
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