Exploring the depths: Unveiling the secrets of aquatic adventitious roots in deepwater rice
Dan Liu, has embarked on an experimental journey to unravel the significance of aquatic adventitious roots and their role in water uptake.
Read moreDan Liu, has embarked on an experimental journey to unravel the significance of aquatic adventitious roots and their role in water uptake.
Read moreThe MSc thesis work of Christopher Steiness is strongly linked to the aims of Climate-smart African rice as he is searching leaf traits that can enhance the leaf gas film retention time of rice.
Read moreThe Nikon epifluorescence microscope represents a milestone in our research infrastructure. With its advanced imaging capabilities and high-resolution optics, the microscope offers unparalleled precision and clarity for our histological studies.
Read moreAs part of his MSc thesis work, he has grown rice in a new experimental set-up. We have designed a split pot system with roots in sand or hydroponic solution to test local vs systemic root responses to abiotic stress.
Read moreWe aimed to identify the environmental conditions and plant characteristics that affect plant tissue O2 status. We extracted data and performed meta-analysis on >1500 published tissue O2 measurements from 112 species.
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