#1
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PF 010 Final Watch
Combined Team Seattle's Mission was to help the survivors of Seattle rebuild the shattered remains of their city. Command Team UC-1C hadn't bargained on what had happened to the city after the passage of 150 years. They were even less prepared for the threat of annihilation of the Morrow Project they faced alone in the fog of the Pacific Northwest.
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#2
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This module is one of the harder ones. The team has a Ranger (poor saps!), they are in the middle of a 150-year old war AND dealing with the after effects of a major volcanoic event. Talk about raining on the players!
The first of TMP's radio relay stations is introduced. And we have a race to prevent the bad guys from getting their hands on 150-year old SLBMs......what fun!
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The reason that the American Army does so well in wartime, is that war is chaos, and the American Army practices chaos on a daily basis. |
#3
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It is the volcanic event I find completely implausible.
I can't see that the worldwide exchange of nukes is going to set off volcanoes. The Soviets should be far more bad ass. Soviet Airborne troops are chosen partly for their political reliability and almost totally ethnically Russian.... These should be the Red Banner waving "Die, Capitalist pig dogs" Communists and universally unfriendly to anything "Amerikanski". |
#4
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The big problem with this module is the physical geography.
Volcanic gases/dust are poisonous in the short term BUT after 150 years the stuff would have broken down into very fertile soil (there's a reason people still farm on the slopes of Mount Etna). I suspect that this module was written soon after the Mount St Helens eruption - and before it was realised just how quickly the local ecology recovered The area is a Temperate Rain Forest in real life. That's not going to change because of a few nukes and volcanoes. This amount of rainfall will have an interesting effect on dry volcanic dust. Thirdly, I've always found the Truckers and Bikers with wooden/iron wheels to be a liitle odd. |
#5
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Not so odd, the first bike/auto wheels were wood and iron and later wood and rubber.
__________________
The reason that the American Army does so well in wartime, is that war is chaos, and the American Army practices chaos on a daily basis. |
#6
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My $0.02 Mike |
#7
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The prevailing winds are west to east. Look up the ash fall patterns for Mt. St. Helens sometime to see what I am talking about. |
#8
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Of course, if one is a truly evil PD....just have the Yellowstone Super Volcano blow....this will require a truly awesome amount of prep work by the PD, but is an excellent way to screw with a player team's collective mind!
"But the map says there is a mountain....where is the mountain?!??!"
__________________
The reason that the American Army does so well in wartime, is that war is chaos, and the American Army practices chaos on a daily basis. |
#9
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That is an Extinction level event.
The ash layers in Oklahoma are something like 10 feet or more. Ash fall all the way to New York State is something like 3-6 feet. |
#10
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Another item introduced is that the Krell are coming in a ship........
Presumably this is a Merchant vessel of some sort. OK. So are they devolved thugs like the baddies in "the Road Warrior" or a sophisticated Political group with a charismatic leader. On one hand the Krell have 150 years ago nuclear weapons and scientist capable of producing bio war plagues. Then 150 years later despite capturing several Morrow Bases....... their savages barely capable of mounting a campaign in Ohio to which one decrepit M60A1 guarding a bridge is a major obstacle? But they have a Navy of sorts in the Pacific? What kind of schizophrenia is this? |
#11
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Seattle 1 Mt ground burst
Tacoma 25 Mt air burst Olympia 4x200 Kt air burst Spokane 3x500 Kt air burst Boise 2 Mt air burst Portland 4x200 Kt air burst Salem 2 Mt air burst Grand Coulee dam 2 Mt air burst Bonneville dam 2 Mt air burst John Day dam 4x200 Kt air burst Chief Joseph dam 4x200 Kt air burst Naval Ammuntion Depot (Indian Island NAD) 3x500 Kt air burst Fairchild AFB 4x200 Kt air burst McChord AFB 4x200 Kt air burst Ft. Lewis 4x200 Kt airburst Kingsley Field ORANG 4x200 Kt air burst Whidbey Island NAS 4x200 Kt air burst Naval Support Base Bangor 25Mt surface Idaho National Laboratory (National Reactor Test site) 4x200 Kt air burst Chilliwack 100 Kt air burst Vancouver 1 Mt air burst Victoria 100 Kt air burst CFB Comox 100 Kt surface burst CFB Esquimalt 100 Kt air burst NRS Aldergrove 100 Kt air burst Sumas Center 100 Kt air burst W.A.C. Bennett Dam 3x 100 Kt air burst Last edited by ArmySGT.; 12-18-2014 at 12:43 AM. |
#12
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Krell having access to a ship always seemed the odd bit for me. There power I always thought was more centrally located in the continental US. The coasts seeing far less of them. As for volcano's in the area, well wouldn't it look like this after 150 years? That is a rainforest all round it. Close to what the area would look like after a 150 years of growth.
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#13
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Ok......... I am extremely skeptical that a nuclear war..... even a total annihilation scenario would cause volcanoes to erupt.
However, I could be persuaded that the 25 Megaton ground bursts in multiple locations around Puget Sound could maybe (just maybe) set off a Cascadia earthquake event. A Cascadia earthquake would mean devastating ground shock and fallen building everywhere not just the nuke impact areas. As near as Mt Ranier is to Puget Sound, then I could understand the eruption.... Not going with the wholesale eruption of the "Ring of Fire" though and reducing the scale of the ashfall considerably. Seattle...... with 3 to 20 feet of ash? No. There could and would be a really nasty mud flow into Seattle but, wind direction is west to east. Ash yes, probably six inches to three feet in any way I run this scenario. Already this means mass death by silicosis and not a single functioning air breathing motor anywhere. |
#14
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Who has their 4th Edition handy?
What is the mass, velocity, and descent angle of the meteor impacts in the Pacific ocean in 4th edition? I would like to plug them into this to calculate the Tsunami effects on the U.S. West Coast. http://impact.ese.ic.ac.uk/ImpactEffects/ |
#15
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Defnitley the idea that this was the Sovs as mentioned back in the rule book seemed a disapointment.
I always thought collectivisiation and group think would rather suit TEOTWAWKI. And teams would be bumping into succesful collective farms with red stars, comissars and agitprop films. |
#16
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The effects from this impact are significant. The first effect is a thermal wave causing massive third degree burns and lighting most light wood on fire. Next comes the 9.1 earthquake. This is followed by a rain of ejecta that will end up about 38 ft deep with average particle size of 14 inches. Then come the arblast, providing a peak 570 psi overpressure. Finally the tsunami arrives, with a height between 975 and 1950m. Being this close to the impact pretty much makes this portion of the west coast a dead zone. |
#17
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#18
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Here are the details of the asteroid used in the 4th edition (this information was cut). I received this from Robert back in November 2013.
5km diameter asteroid (density 3 g/cc) striking the mid-Pacific Ocean (water depth 4km) at 17 km per second at 45 degrees angle of incidence. Impact energy: about 10 million megatons equivalent. Blast: 1psi radius 2,800km Full thickness burn radius 850km Earthquake: magnitude 9.4 with epicentre impact point. Damage present in an area about the size of the United States - this just makes the seas more violent around the impact area in this case. Firestorms: upper atmospheric heating due to re-entry of ejecta over the first few hours. This acts like an oven for up to 4 hours. Peak surface temperatures in the worst affected areas are up to 200 degrees C (392 F). Some self-shielding from cloud formations moderate the effect in some regions. This occurs over half the earth. Tsunamis: Waves of 10-20m push up to 30km inland along every coastline on the Pacific Ocean up to 10 hours after impact (propagation speed 600-900km/h). * Effects of several months duration: - Darkness for first month due to atmospheric dust loading - photosynthesis is impossible in worst affected regions (most of the world). It gets *cold* - Last Glacial Maximum levels (5C - 9F drop in global average temperatures in the first 2 weeks). - Recovery of optical transparency over next 6 months - Local cooling due to atmospheric soot loading (fires) - washout leads to acid rain. Acid rain aggravated by nitrogen oxides produced in impact. * Effects of several years duration: - Ozone reduction from NOx reaching stratosphere - global declines and worsening of known 'ozone holes'. - Cooling due to persistent stratospheric dust loading and sulphate injection analogous to volcanos. This maintains the initial depressed temperatures generated from injected dust. - Acid rain as sulphate and dust is cleared * Effects of several decades duration:- Warming from stratospheric injection of water and carbon dioxide from the impact event. This may be limited by high-altitude clouds increasing albedo. All this is absolutely catastrophic - but it's not the Chicxulub impact (~100 million megatons) which caused global acidification of the oceans - the impact site was rich in sulphur containing minerals - in addition to all the above effects at greater intensity and duration. Which appears to be the 'no land creature bigger than 10kg survives' level. |
#19
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I drop the whole meteorite thing, Bruce Morrow's tampering couldn't have pulled that off. I use an imperfect pandemic leading to nuke war.
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