2018-12-19 2018-09-17 Professors Pamela Yeh And Van Savage, As Well As Postdoctoral Researcher, Elif Tekin's Remarkable NSF- And Nih/ncats-funded Npj Systems Biology And Applications Antibiotics Research Was UCLA's #4 Top Story Of 2018
2018-09-17 Professors Pamela Yeh And Van Savage, As Well As Postdoctoral Researcher, Elif Tekin's Remarkable NSF- And Nih/ncats-funded Npj Systems Biology And Applications Antibiotics Research Featured In Several News Avenues
2017-05-10 Congratulations To Master's Student, Kelsi Rutledge, For Earning The Best Student Fisheries Poster Award From The Southern California District Of The American Institute Of Fishery Research Biologists (aifrb)
2013-04-01 EEB Grad Students, Doug Booher, Marissa Caringella, Mark Phuong, And Camille Yabut, Have Received Prestigious NSF Predoctoral Fellowships And Janet Buckner And Madeline Tiee Received Honorable Mentions
2011-07-13 USA Today Reports Today On Research By Christine Scoffoni, A UCLA Doctoral Student In Ecology And Evolutionary Biology, And Lawren Sack, A UCLA Professor Of Ecology And Evolutionary Biology
2011-04-07 The Department Of Ecology And Evolutionary Biology Is Pleased And Proud To Announce That Three Of Its Graduate Students Received The Very Prestigious And Highly Competitive NSF Pre-doctoral Fellowships For 2011
Professor Steve Hubbell Published In Nature and Featured in the UCLA Newsroom
Professor Steve Hubbell has been recently published in Nature, "Species-area relationships always overestimate extinction rates from habitat loss". The point that Professor Hubbell's paper makes is: Extinction due to habitat loss is the signature conservatrion problem of the 21 century Despite its importance, estimating extinction rates is problematic because there are no proven direct methods for estimating extinction. So conservation biologists typically use and indirect method based on the species-area relationship to estimate future extinction rates from projected habitat loss. However, we show in our paper that this is fundamentally flawed logically. The species- area relationship is a a species accumulation curve that describes how the number of species increases with sample area. Since species do not occur everywhere, by adding more sample area, the number of species always increases with larger areas sampled. The idea has been that one can simply reverse the species- accumulation curve, reducing the area, and calculate how many species should be left after a certain amount of habitat has been lost. The problem with this method is that the sampling problems when constructing a species-area curve are completely different than when reducing area to calculate species extinction. When one constructs a species-area curve, one adds a new species to the count of species already found as soon as one individual of the new species is encountered. However, to case a species to go extinction, one must remove area until the last individual of a species is included in the sample area. We prove a theorem in our paper that the area needed to find the first individual of a species is always less than the area required to encounter the last individual of a species. We then give some examples of the extent of overestimate of extinction rates, which range up to at leas 160%. However, we go to great pains to say that our findings should not lead to complacency about extinction due to habitat loss, which is a real and growing problem.This article is featured in an interview of Professor Hubbell in the UCLA Newsroom.