NATIONAL CHENG KUNG UNIVERSITY, TAINAN, TAIWAN
BANYAN
Volume 30 Issue 4 - April 1, 2016
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Commentary
Robert Nemiroff (MTU) & Jerry Bonnell (UMCP)
Astronomy Picture of the Day
- Discover the cosmos! Each day a different image or photograph of our fascinating universe is featured, along with a brief explanation written by a professional astronomer.
- 2016 March 27 -
Article Digest
Yun-Che Wang
Anomalous effective viscoelastic, thermoelastic, dielectric, and piezoelectric properties of negative-stiffness composites and their stability
Wei-Min Zhang
Master equation approach to transient quantum transport in nanostructures incorporating initial correlations
Yi-Ching Wang
Global Oct4 target gene analysis reveals novel downstream PTEN and TNC genes required for drug-resistance and metastasis in lung cancer
Wen-Hsi Lee
Investigation of Barrier Property of Copper Manganese Alloy on Ruthenium
News Release
NCKU Press Center
Nobel laureate Akira Suzuki receives honorary chair professorship from NCKU
NCKU Press Center
Nobel laureate Akira Suzuki gives talk on organic synthesis
NCKU Press Center
NCKU, Delta jointly set up research center for smart fish farming
NCKU Press Center
NCKU professor’s research on climatic variability published in Science
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NCKU professor’s research on climatic variability published in Science
NCKU Press Center
[Tainan, Taiwan, March 25, 2016]
Climate variability increases with global warming but very little is known about how species adapt to it. National Cheng Kung University (NCKU) professor Dr. I-Ching Chen working with scientists from Academia Sinica proposed that long-term and short-term climatic variabilities affect species in opposite ways.

This finding challenged the classic ecological hypothesis to provide a clear roadmap to understand how species adapt to climatic variabilities, Chen reported at a press conference Friday.

The research was published in the journal Science on March 24, 2016.

This study challenged a well-known macrophysiological rule-Climatic Variability Hypothesis (CVH), which suggests that greater variability selects for organisms with broader tolerances, enabling them to be geographically widespread.

“We bring a novel perspective that temporal scale actually matters and short-term climatic variability favors physiological specialist,” said Chen.

She noted, “In fact, short term variability, such as daily temperature range (DTR), dominants the majority of the earth surface but the ecological implication has seldom been discussed. It’s very likely that there are more specialist species than we expected and they are particularly vulnerable to climate change.”


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