WorldViews

8 maps that explain why Typhoon Haiyan hit the Philippines so hard

A week after Typhoon Haiyan made landfall in the Philippines, the country's crisis is far from over, with perhaps thousands of dead still be counted, tens or hundreds of thousands of people displaced and basic services, including access to food, shut down in many areas. To help convey how and why the storm was so bad, here is a series of eight maps on Haiyan, its impact and the Philippines' crisis.
1. The storm's path across Southeast Asia
(Maps of the World)
(Maps of the World)
This map shows Haiyan's path westward across the Pacific. The numbers indicate the size of the storm, which peaked just as it hit the central Philippines. Manila, the country's capital and its most populous city, was out of the storm's range. But many other cities were not, including Tacloban, in Leyte province, which is indicated on the map with a yellow dot.

2. The size of the storm, relative to the United States
(The New Republic)
(The New Republic)
Lots of erroneous size comparisons circulated early on. The New Republic's Nate Cohndebunked those false maps, posting this accurate one. The Philippines, as you can see, marked in red, is really big (it's also highly populous, with 98 million people). And so was the typhoon that swept across it.

3. Population density where the storm hit
(U.N. Office for the Coordination of Humanitarian Affairs)
(U.N. Office for the Coordination of Humanitarian Affairs)
This map zooms in on the central Philippines districts where the storm pushed through, with the regions color-coded according to population density. Produced by the United Nations' Office for the Coordination of Humanitarian Affairs, this map is crucial for understanding the storm's impact. Those darker areas have more than half a million people; see, for example, the area around Tacloban (though the city itself has a population of 218,000) and around Cebu. This is where the humanitarian and rebuilding work is most important.

4. Affected areas
(Relief Web)
(Relief Web)
This map is from Tuesday, so the estimates for the numbers of people affected by Haiyan have almost surely since gone up. But it's important for grasping where the real damage is -- those red areas have been hit very badly -- as well as the fact that huge numbers of people have been affected in other parts of the country.

5. The Philippine government has a troubled track record on storm relief
Storm exposure, left, and reconstruction funds, right, by municipality in the Philippines in 2009. (James Atkinson, Allen Hicken and Nico Ravanilla/The Monkey Cage)
Storm exposure, left, and reconstruction funds, right, by municipality in the Philippines from 2001 to 2010. (James Atkinson, Allen Hicken and Nico Ravanilla/The Monkey Cage)
This map, via the Monkey Cage, is key to understanding why the Philippines is very likely to struggle in relief efforts -- and why some hard-hit areas may have been underprepared. The Philippine government has a lot of trouble with political competition and with certain kinds of corruption. Look back up: The map on the left shows how badly each district was affected by storms between 2001 and 2010; redder districts were hit harder. The map on the right shows which districts got the most government funding for reconstruction; redder districts got more money. Theoretically, these maps should be identical. That they're not shows how the country's money-distorted political system has sometimes made it tough for it to prepare for, and respond to, storms like Haiyan.

6. The Philippines is unusually susceptible to climate change
(Philippine Department of Environment and Natural Resources)
(Philippine Department of Environment and Natural Resources)
The Philippines is a nation of islands, with long shorelines and many low-lying areas, and it is located in a part of the world where sea levels, sea temperatures and weather patterns are expected to be disproportionately altered by the effects of climate change. Other geographic features put the country and its 98 million people at extreme risk from climate change. A U.N. report ranked it as the third most-susceptible country in the world to climate change. This map breaks down that susceptibility, showing how 11 different regions can expect to be hammered by the different effects of our changing climate. Haiyan may not be directly attributable to climate change, but it demonstrates what makes the country so vulnerable to rising seas and accelerating winds.

7. Aid and recovery efforts
A Google crisis-response team is working with groups in the Philippines to run this constantly updated map of relief efforts. It shows evacuation centers, health facilities, police offices, transportation options and relief drop-off centers. The idea is to make it easier for organizations and individuals to share information. The Google team also set up a person finder to help assist in finding displaced or missing people.

8. The damage in Tacloban: before and after satellite photos
These images, collected by Google Earth and assembled by The Washington Post's graphics team, show the devastated city of Tacloban before and after the storm hit. No map could truly convey the human cost of the storm, of course, but these images at least hint at its extent.

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Rialto Jack
It was reported a few years ago, the earth's axis changed 2 degrees, and the magnetic field did NOT follow. That being said, the magnetic field is assuredly linked to the magma under our mantle that did not move, but instead the "skin" or mantle did. Now consider for just a second, one thing that was not here until we arrived was man made creation of TRILLIONS of Kilowatts of electricity. Everyone knows electricity does NOT work unless it "goes to ground", literally. Now consider our major cities, strategically positioned around our globe. Now just for a second, consider where I live, we have two dams, and just one creates 1.287 million kilowatts of electricity continually. Again, that's just on power plant, now consider again, they cannot measure that output unless the electricity "goes to ground". So, if you were to take the earth's circumference and stick it with trillions of metal pins, attach alternating current wires (AC) to those pins and flip the switch, you would be adding electrical energy to the mantle/magma within our core. Incalculable kilowatts of electrical energy ever second, every day "shocking/grounding" the earths magnetic core field and adding to the super heated core. The way metal smelter melt metal is to insert probe "pins" and flip the switch, the electrical current produces super heat to melt the metal by "going to ground". This effect must have a proportional heat effect on the molten metal within our core, since we are and have done/do the same thing every second of every day. To get a better picture, look at photos from space when they show our cities at night. Because we have "flipped the switch" we are heating the core just like a smelter melting iron ore. Funny no one mentions that when they talk global warming; as our cities and use of AC expands, so does the earth's temperature from below.
Why say the storm may NOT be attributable to climate change instead of that it may BE so attributed? The media have to stop being afraid of connecting the dots and instead help to get the word out on the need to stop our dependence on fossil fuels NOW. 
m052699
11/17/2013 6:20 PM GMT+0800
Because there have been storms like this before. So to directly connect dot a to dot b would be disingenuous at best. 
Map number 5 is interesting and needs to be addressed.
m052699
11/17/2013 6:27 PM GMT+0800
While I agree, I think it may not be as clean cut as the point they are trying to make with the map. It would seem to exclude the potential that while district A received more damage than district B, the damage to District A may have made it either impractical to restore dollar for dollar what was lost while district B damage may have been X, but its economic impact was far more and required far more cost to reconstruct.
Consider Katrina, the economic damage to New Orleans areas vs the rest of the areas affected. Certain islands in Mississippi and Alabama were nearly wiped clean, which per district would be a huge economic loss, but damage to some districts in N.O. may have been less but the cumulative effect across N.O. drove up the cost of repairs / restoration for that city above those other areas which probably saw little reconstruction money because it became impossible or just poor economics to rebuild. 
Another map that you could have shown is how the bay narrows into the harbor of Tacloban. This is why the storm surge there was so devastating. The in-rushing water was forced higher by the narrowing bay, and swamped the helpless people near the harbor.
TheThinkingSenator
11/17/2013 12:18 PM GMT+0800
Effective observation, sir.
Thank you for some excellent maps, and links to resources that developed those maps. Just guessing, but it looks like Yolanda was about the size of Sandy, but far more powerful.
TheThinkingSenator
11/17/2013 12:20 PM GMT+0800
Indeed, so powerful your hair can turn white (even if you were inside a sturdy concrete shelter) if you were right in Tacloban or anywhere on Haiyan's direct path...specially the northern portion of the typhoon's perimeter.