DICKEYA FANGZHONGDAI WAS PREVALENT AND CAUSED TARO SOFT ROT WHEN COEXISTING WITH THE PECTOBACTERIUM COMPLEX, WITH A PREFERENCE FOR ARACEAE PLANTS

Dickeya fangzhongdai was prevalent and caused taro soft rot when coexisting with the Pectobacterium complex, with a preference for Araceae plants

Bacterial soft rot ucsb gaucho blue caused by coinfection with Dickeya spp.and Pectobacterium spp.in hosts can cause successive changes in fields, and it is difficult to prevent the spread of and control the infection.Pectobacterium spp.are prevalent in the growing areas of tuberous crops, including taro and potato.Recently, Dickeya fangzhongdai ha

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Research progress and prospect of marine carbon sink

The ocean has great potential as a carbon sink.Under the background of global climate change, marine carbon sink is an effective way to build ecological civilization and achieve carbon neutrality in the new era, and has received extensive attention from academia.As an efficient long-term carbon sink, the carbon sink mechanism, carbon sink effect, c

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