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35<br />
Table 2. El Niño and La Niña episodes<br />
during the past decade<br />
Period<br />
May 1994 – April 1995<br />
October 1995 – April 1996<br />
June 1997 – May 1998<br />
August 1998 – July 2000<br />
November 2000 – March 2001<br />
June 2002 – April 2003<br />
August 2004 – March 2005<br />
Source:<br />
Event<br />
El Niño<br />
La Niña<br />
El Niño<br />
La Niña<br />
La Niña<br />
El Niño<br />
El Niño<br />
Climate Prediction Center-National<br />
Oceanic and Atmospheric Administration<br />
(CPC-NOAA), 2006<br />
most evident among rainfed farmers who rely exclusively<br />
on rainfall to irrigate their crops.<br />
Other agricultural businesses that operate with<br />
better resources and more modern technology on better<br />
farmlands are also not spared from the same risks.<br />
Prolonged dry spells, excessive rains, and flooding are<br />
critical events that could easily destroy a season’s crop.<br />
The coming of rains signals the start of a new planting<br />
season but the same gift from nature—or lack of it—could<br />
easily wipe out a standing crop. The need to safeguard<br />
the interests and investments of local farmers and<br />
industry players is there<strong>for</strong>e of great importance.<br />
To address these concerns, the <strong>Philippine</strong><br />
government has been implementing a range of risk<br />
management programs <strong>for</strong> farmers and other agricultural<br />
stakeholders. These include price stabilization measures,<br />
typhoon and/or drought relief, livestock and feed<br />
subsidies, fertilizer, and other input subsidies as well as<br />
subsidized crop insurance schemes. Specialized projects<br />
are also being implemented in collaboration with local<br />
and international partners to aid in the ef<strong>for</strong>t.<br />
An example of this workable partnership is the<br />
ACIAR-funded Bridging the gap between SCF and<br />
decisionmakers in agriculture. The project is a<br />
collaborative undertaking between the governments of<br />
Australia and the <strong>Philippine</strong>s, through the <strong>Philippine</strong><br />
Atmospheric, Geophysical and Astronomical Services<br />
Administration (PAGASA), the <strong>Philippine</strong> <strong>Institute</strong> <strong>for</strong><br />
<strong>Development</strong> <strong>Studies</strong> (PIDS), and the Leyte State<br />
University, <strong>for</strong> the <strong>Philippine</strong>s. It essentially deals with<br />
managing climate variability through better <strong>for</strong>ecast<br />
in<strong>for</strong>mation and better utilization and appreciation of<br />
these <strong>for</strong>ecasts by agricultural decisionmakers.<br />
Though not much could be done when a “prolonged<br />
drought” or a “super typhoon” strikes, there is still a wide<br />
array of applicable tools that could help agricultural<br />
workers mitigate environmental challenges and decide<br />
intelligently in the face of seasonal uncertainties. A crop<br />
farmer will have a healthier chance of going through<br />
seasonal abnormalities and coming out unscathed if he<br />
is well in<strong>for</strong>med. The decision to push through with the<br />
cropping season should ideally be the product of an<br />
enlightened process.<br />
A decade of destruction and challenges from<br />
seasonal climate variability should have provided ample<br />
insights and learning to everyone concerned. The coming<br />
years should now serve as testament to this added<br />
wisdom, ushering in a more secured, productive, and<br />
profitable era <strong>for</strong> rice and corn farmers in the country. (SCF<br />
Project Updates, December 2006)<br />
El Niño is here again!<br />
El Niño is back and here to stay, at least until the first<br />
half of year 2007.<br />
Climate monitoring bodies from all over the<br />
world, including the local meteorological agency PAGASA,<br />
have confirmed that the warm phase of the El Niño<br />
Southern Oscillation (ENSO) is continuing to progress. As<br />
of October this year, sea surface temperatures (SSTs) in<br />
the central equatorial Pacific have been rising and the<br />
Southern Oscillation Index (SOI) has been decreasing.<br />
Over the past six months, most of the statistical and<br />
coupled model <strong>for</strong>ecasts employed by climate monitoring<br />
agencies like the Climate Prediction Center (CPC) in the<br />
United States have projected warmer conditions in the<br />
tropical Pacific. Weaker-than-average low-level equatorial<br />
easterly winds have also been observed across most of<br />
the region. CPC stated that collectively, current oceanic<br />
and atmospheric anomalies are consistent with the early<br />
stages of El Niño.