09/10/2023 2:03 PM GMT+7 TP HCM
Student: Mohammed BENCHAIB
The purpose was to study the response of the plant at several concentrations of ammonium and try to conclude on the maximum it can supports.
The materials used to set up all this mini test:
Photo of the mini test
Photo of each plant first day
In general, the plants grew up well in the range of NH4+-N concentrations less than 200 mg/L.
The results demonstrated green roofs could treat domestic wastewater. More studies need to be done about this project to finally conclude on how to treat wastewater for a huge city.
On 22/10/2015, CARE has organized the meeting of the Scientific Council with the chairmanship of Dr. Nicolas Gratiot - Director and Chairman of the Scientific Council, Assoc. Pro. Vo Le Phu (on behalf of Assoc. Pro. Nguyen Phuoc Dan - Deputy Chairman)
Project description The availability of High Resolution Imagery (spatial, spectral, and radiometric) with an increased time revisit (Landsat-8 and now Sentinel-2) opens the way to a more detailed observation of coastal zones and inland waters (large rivers, lakes and reservoirs)
The pretty work, a monography collection of 15 megacities in the world about "Water, megacities and Global Change”, has been published by UNESCO. The CARE Lab-HCMUT Researchers are honored to represent Ho Chi Minh City by contributing an article
CARE Lab-HCMUT is pleased to present you our publication of the monography "Ho Chi Minh City growing with water-related challenges".
CARE Lab-HCMUT and PADDI, a member of the Ho Chi Minh City delegation, participated in the 26th Environment exhibition POLLUTEC, Lyon (France), which took place from 30/11 to 02/12/2016.