金沙8888js官方

华盛顿大学

发布日期:2021-01-28

浏览次数:12

全球变暖对于寄生虫的影响


这篇综述以先前的研究为基础,增加了将近二十年的新证据,以建立一个框架来显示气候振荡下的寄生虫-宿主关系。传统上,与气候有关的研究是在较长的时间范围内进行的,但是这种独特的方法研究了越来越频繁的脉冲变暖事件如何改变寄生虫的传播。

 

A rising tide of marine disease? How parasites respond to a warming world

 

The review builds upon previous research by adding nearly two decades worth of new evidence to build a framework showing the parasite–host relationship under climate oscillations. Traditionally, climate related research is done over long time scales, however this unique approach examines how increasingly frequent “pulse warming” events alter parasite transmission. 

 

https://fish.uw.edu/2020/05/a-rising-tide-of-marine-disease-how-parasites-respond-to-a-warming-world/

 

华盛顿大学

发布日期:2021-01-28

浏览次数:12

全球变暖对于寄生虫的影响


这篇综述以先前的研究为基础,增加了将近二十年的新证据,以建立一个框架来显示气候振荡下的寄生虫-宿主关系。传统上,与气候有关的研究是在较长的时间范围内进行的,但是这种独特的方法研究了越来越频繁的脉冲变暖事件如何改变寄生虫的传播。

 

A rising tide of marine disease? How parasites respond to a warming world

 

The review builds upon previous research by adding nearly two decades worth of new evidence to build a framework showing the parasite–host relationship under climate oscillations. Traditionally, climate related research is done over long time scales, however this unique approach examines how increasingly frequent “pulse warming” events alter parasite transmission. 

 

https://fish.uw.edu/2020/05/a-rising-tide-of-marine-disease-how-parasites-respond-to-a-warming-world/

 

Baidu
sogou