{
    "success": true,
    "data": {
        "id": 1123689,
        "msgid": "managing-jakartas-weather-risks-effectually-1447893297",
        "date": "2005-11-02 00:00:00",
        "title": "Managing Jakarta's weather risks effectually",
        "author": null,
        "source": "JP",
        "tags": null,
        "topic": null,
        "summary": "Managing Jakarta's weather risks effectually Edward McMillan, Jakarta As a city, Jakarta is unusually vulnerable to weather-related risks. Flooding invariably brings traffic to a juddering halt and paralyses the city. Hot temperatures promote smog, increase the incidence of heat stroke and push up air-conditioning bills. Mitigating these effects often isn't easy. Planting trees is one answer -- but where, in such a densely built-up city?",
        "content": "<p>Managing Jakarta's weather risks effectually<\/p>\n<p>Edward McMillan, Jakarta<\/p>\n<p>As a city, Jakarta is unusually vulnerable to weather-related<br>\nrisks. Flooding invariably brings traffic to a juddering halt and<br>\nparalyses the city. Hot temperatures promote smog, increase the<br>\nincidence of heat stroke and push up air-conditioning bills.<\/p>\n<p>Mitigating these effects often isn't easy. Planting trees is<br>\none answer -- but where, in such a densely built-up city?<br>\nClearing river banks is another -- but where would the displaced<br>\ninhabitants then live? Stricter regulation of vehicle emissions<br>\nis an obvious step, but faces the twin obstacles of bureaucratic<br>\ninertia and corruption. And the political will often isn't there<br>\nto seriously address these problems anyway, especially when the<br>\nsolutions might hinder economic growth and job creation.<\/p>\n<p>What is needed is a means of incentivising the city<br>\nauthorities to do what they reasonably can, but also to<br>\nfinancially guard against serious weather-induced damage.<br>\nTraditional insurance can't do this, and may actually prove<br>\ncounter-productive: A city government that can claim compensation<br>\nany time it floods might be tempted to do less flood-prevention<br>\nwork, not more.<\/p>\n<p>Help is at hand, however, in the form of weather derivatives.<br>\nThese are a recent financial innovation -- they only appeared on<br>\nthe Chicago Mercantile Exchange in 1999 -- that allow parties to<br>\nagree pay-outs not on the basis of bad outcomes (flooding or poor<br>\nair quality, for example) but on the basis of the bad weather<br>\nthat causes them.<\/p>\n<p>For instance, the Jakarta government might choose to purchase<br>\na weather derivative relating to rainfall. For every millimeter<br>\nof rain above an agreed-upon threshold, the government would be<br>\nable to collect a pay-out. This, in turn, could then be used to<br>\npay for the increased costs that flooding -- in the form of road<br>\nrepairs, subsidence, damage to public buildings, public health<br>\nand so on -- incurs.<\/p>\n<p>Since precipitation can't be influenced by the government,<br>\nthere is no possibility of cheating. And because the pay-out sums<br>\nrelate to rainfall and not to the actual damage done, there is a<br>\nreal incentive for the government to do something about flood<br>\ncontrol: after all, if it can reduce its flood-related costs<br>\nwhile still receiving pay-outs, it could actually make a profit<br>\non the deal.<\/p>\n<p>The government might purchase such a weather derivative from a<br>\nthird party, such as an insurance company. But the additional<br>\nadvantage of weather derivatives is that, if a suitable counter-<br>\nparty can be found, they need not cost the city anything at all.<\/p>\n<p>Consider the case of temperature. Higher temperatures impose<br>\ncosts upon the city, in terms of air-conditioning bills and<br>\ndeteriorating air quality. But they spell good news for Jakarta's<br>\nelectricity supplier, PLN: For every one-degree Celsius increase<br>\nin temperature, PLN can expect the peak electricity load in<br>\nJakarta to increase by approximately 3 percent. That not only<br>\nrepresents more profit, it also represents the basis of a<br>\nmutually-beneficial deal between the city government and PLN.<\/p>\n<p>This is how it would work. The city government would not pay<br>\nup-front for a weather derivative; instead, it would pay PLN if<br>\nthe temperature is cooler than an agreed-upon threshold, and<br>\nwould receive money from PLN if the temperature exceeds the<br>\nthreshold. If, at the end of the deal period, the weather turns<br>\nout to be cooler than expected, the city's reduced expenditure on<br>\nair-conditioning and healthcare pays for the derivative; if the<br>\nweather is hotter than expected, the derivative pay-outs cover<br>\nthe additional costs the city incurs. In effect, the city trades<br>\na portion of the potential savings from a cool season for<br>\nimproved cash-flow certainty throughout the year.<\/p>\n<p>If all of this sounds incredibly hypothetical, it isn't.<br>\nGoldman Sachs, Deutsche Bank, ICICI Lombard and ABN Amro all<br>\noffer weather derivative products. The International Swaps and<br>\nDerivatives Association is heavily promoting the sector. And with<br>\nthe World Bank actively supporting the provision of weather<br>\nderivatives to subsistence farmers in the developing world, it's<br>\nonly a matter of time before metropolitan governments<br>\nparticipate.<\/p>\n<p>Successive city governments have failed to remedy Jakarta's<br>\npressing environmental problems. Perhaps it is time to leave<br>\ntraditional approaches behind and try something completely new?<\/p>\n<p>The writer is a British freelance writer based in Jakarta.<\/p>",
        "url": "https:\/\/jawawa.id\/newsitem\/managing-jakartas-weather-risks-effectually-1447893297",
        "image": ""
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    "sponsor": "Okusi Associates",
    "sponsor_url": "https:\/\/okusiassociates.com"
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