Publications from 2021 to 2026
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Gut microbiome disruption impairs arsenic biotransformation and exacerbates toxicity in the water flea Daphnia magna.
Machine learning-guided interpretable modelling of code-based equation for bond strength of composite bars in ultra-high-performance concrete
In–situ investigation of gas–solid interfacial charge transfer in single–walled carbon nanotube-based gas sensors
On how to make aquaponics more circular.
Aquaponics is a recognised food system for its circular nutrient management potentiality, as it redirects aquaculture waste into plant production. However, current practices still fall short of closing nutrient loops, with substantial losses occurring through dissolved effluents and solid waste. This review examines strategies to reduce losses, recover nutrients, internally recycle dissolved streams, and valorise solid side streams in aquaponics, with particular attention to nitrogen and phosphorus due to their dual role as essential, and often limiting, inputs in aquaculture and plant production as well as key pollutants with major eutrophication potential. First, we identify the fate of dissolved and solid nutrients from both aquaculture and hydroponic subsystems. Second, we evaluate strategies to recover these nutrients, exploring opportunities to recycle dissolved nutrients and water, reuse solid waste, and reduce system-wide impacts. Third, we discuss the importance of integrating these processes at a system level and reflect on how current innovations can be better aligned with circular bioeconomy principles. Our synthesis concluded that while the integration of these strategies into optimally efficient, circular aquaponic systems is an ongoing challenge, several key nutrient recovery technologies are themselves well-established and have been successfully implemented. Addressing the gap in knowledge and industry practice will require systems thinking, deeper cross-disciplinary collaboration, and applied research that goes beyond isolated interventions.
Read moreMechanisms of coexistence between Scomber australasicus and Scomber japonicus from the perspective of feeding ecology.
The oxidative stress response caused by butenolide and 4,5-dichloro-2-n-octyl-4-isothiazolin-3-one (DCOIT) in marine diatom Phaeodactylum tricornutum.
A nacre-inspired PVDF membrane with a dual-crosslinked hydrogel coating for high-performance oil/water separation
Transcriptome sequencing of the Epinephelus lanceolatus reveals the potential physiological responses of mesopelagic fishes to light stress from deep-sea mining.
A multi-faceted indirect anticyanobacterial mechanism through cell-free filtrates of Enterobacter cloacae TL3.
Photoperiodic regulation of circadian gene expression, body coloration, chromatophore dynamics, and stress responses in the red swamp crayfish (Procambarus clarkii)
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