Phosphate starvation in 16 Cucurbitaceae species and 8 guest species
In this experiment, 16 Cucurbitaceae, 2 Brassicaceae, 2 Fabaceae, 2 Poaceae, and 2 Solanaceae species were grown under low and high phosphate conditions for 20 days in natural soil from the Netherlands. In the rhizosphere, bacterial communities composition was assessed using 16 rRNA gene sequencing and fungal community composition was assessed using ITS gene sequencing on a NovaSeq 6000 platform. In the roots, AMF community composition was assessed AM-secific 18s sequencing using WANDA-AML2 primers on a Miseq platform.
In this experiment, 16 Cucurbitaceae, 2 Brassicaceae, 2 Fabaceae, 2 Poaceae, and 2 Solanaceae species were grown under low and high phosphate conditions for 20 days in natural soil from the Netherlands. In the rhizosphere, bacterial communities composition was assessed using 16 rRNA gene sequencing and fungal community composition was assessed using ITS gene sequencing on a NovaSeq 6000 platform. In the roots, AMF community composition was assessed AM-secific 18s sequencing using WANDA-AML2 primers on a Miseq platform.
Sebastien Jaupitre