hat
"Ki sa nou ap aprann sou ki jan resif reponn a ajan estresan di nou pa voye jete men nou leve nan defèt. An reyalite, te resan syans sou resif revele kouch nouvo nan konpleksite - espesyalman, segondè variation nan repons a kèk nan estrès klima nou yo ki pi konsène sou tankou lanmè chofaj ak chanje lanmè chimi. Pa egzanp, nan 2007, McClanahan et al. ref te jwenn ke popilasyon ki te fè eksperyans variabilite tanperati anvan yo gen plis chans yo dwe rezistan a tan kap vini estrès tanperati. Te tandans sa a konfime pa syantis yo Conservancy nan analiz yo nan blanchi repons nan evènman an klowòks 2010 ki te fèt toupatou nan Azi Sidès. Ane sa a, nan yon papye an Kouran BiyolojiHughes et al. ref te montre ke chanjman nan kondisyon lanmè yo gen plis chans pou yo lakòz re-asòti espès olye ke yo pèdi en peryòd tout ekosistèm Reef yo. ”
eng
“What we are learning about how reefs respond to stressors is telling us not to throw our hands up in defeat. In fact, recent science on reefs has revealed new layers of complexity — specifically, high variability in response to some of the climate stressors we are most concerned about such as warming seas and changing ocean chemistry. For example, in 2007, McClanahan et al. ref found that populations that have experienced previous temperature variability are more likely to be resistant to future temperature stress. This trend was confirmed by Conservancy scientists in their analysis of bleaching response in the 2010 bleaching event that occurred across Southeast Asia. This year, in a paper in Current Biology, Hughes et al. ref showed that changes in ocean conditions are more likely to result in re-assortment of species rather than wholesale loss of entire reef ecosystems.”