Fangbin Hou (@fangbinh) 's Twitter Profile
Fangbin Hou

@fangbinh

PhD candidate @IBED_UvA | Role of #drought-induced changes in #RootExudates in #soil #carbon cycling

ID: 1330953452097335298

calendar_today23-11-2020 19:17:31

24 Tweet

118 Followers

77 Following

Fangbin Hou (@fangbinh) 's Twitter Profile Photo

I presented my study I did in the past year at the ELD seminar. The work is about how drought affect root exudation and soil respiration. I was very happy and a little bit nervous to stand in front of professionals and colleagues. The pub after the meeting was also fun.

Fangbin Hou (@fangbinh) 's Twitter Profile Photo

Nice experience in #AboveBelow22 . I am so happy to see people in person I heard from papers, to listen to people’s ideas and to present for mine. Also like the beautiful view in Marseille!!!

Nice experience in #AboveBelow22 . I am so happy to see people in person I heard from papers, to listen to people’s ideas and to present for mine. Also like the beautiful view in Marseille!!!
Fangbin Hou (@fangbinh) 's Twitter Profile Photo

I am super glad that Ranunculus acris I sowed 3 weeks ago has been starting to sprout. I found it is so hard to germinate last year and I almost give up. Do someone know how to ‘rush’ it to germinate?

I am super glad that Ranunculus acris I sowed 3 weeks ago has been starting to sprout. I found it is so hard to germinate last year and I almost give up. Do someone know how to ‘rush’ it to germinate?
New Phytologist (@newphyt) 's Twitter Profile Photo

Carbon allocation to root exudates is maintained in mature temperate tree species under #drought nph.onlinelibrary.wiley.com/doi/10.1111/np…

Carbon allocation to root exudates is maintained in mature temperate tree species under #drought nph.onlinelibrary.wiley.com/doi/10.1111/np…
Ecosystem & Landscape Dynamics (ELD) department (@eld_ibed_uva) 's Twitter Profile Photo

Fangbin Hou presenting her first results from her PhD IBED at #NAC2022: Drought promotes root-exudate induced increase in soil respiration rates and thereby reduce the potential of grasslands to serve as a carbon sink under increased drought incidence

<a href="/FangbinH/">Fangbin Hou</a> presenting her first results from her PhD <a href="/IBED_UvA/">IBED</a> at #NAC2022: Drought promotes root-exudate induced increase in soil respiration rates and thereby reduce the potential of grasslands to serve as a carbon sink under increased drought incidence