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Integrating equipment into the Modular Test Bedhttp://timescale.eu/Pages/Articles/Progress-ModularTestBed.aspxIntegrating equipment into the Modular Test BedDTM Technologies are integrating TIME SCALE hardware components into the Modular Test Bed. The finished product will be used for plant cultivation experiments for ground testing of the TIME SCALE equipment.
Breadboard version of Plant Cultivation Chamberhttp://timescale.eu/Pages/Articles/Progress-PlantCultivationChamber.aspxBreadboard version of Plant Cultivation ChamberPrototech AS has designed and manufactured the breadboard version of the Plant Cultivation Chamber. This chamber will be used for plant cultivation during the ground testing of the TIME SCALE equipment.
Concept and design of algae photobioreactor for EMCShttp://timescale.eu/Pages/Articles/Progress-photobioreactor.aspxConcept and design of algae photobioreactor for EMCSResearchers at University of Stuttgart have completed an algae photobioreactor concept and design for future algae research in Space.
CleanGrow sensor wins first prize in Emerging Technologies Competitionhttp://timescale.eu/Pages/Articles/Emerging-technologies-2017-Shortlist.aspxCleanGrow sensor wins first prize in Emerging Technologies CompetitionThe auto calibrating, auto sampling CleanGrow ion-sensor won the first prize in the Food & Drink category of Royal Society of Chemistry’s Emerging Technologies Competition 2017.
TIME SCALE student events on space exploration and life sciencehttp://timescale.eu/Pages/Articles/Student-events-2017.aspxTIME SCALE student events on space exploration and life science<p>TIME SCALE aims at inspiring next generation space explorers. Students at several universities were invited to inspirational and social space-events in February and March 2017, in cooperation with ESA Education Office.</p>
A step closer automated monitoring of nutrient levelshttp://timescale.eu/Pages/Articles/Progress-ion-sensor.aspxA step closer automated monitoring of nutrient levelsCleanGrow has developed a prototype of an auto calibrating and auto sampling ion-sensor for monitoring individual components in nutrient solutions for plant cultivation.
Water and Nutrient Delivery Systemhttp://timescale.eu/Pages/Articles/WUR-water-and-nutrient-system.aspxWater and Nutrient Delivery SystemIn TIME SCALE, researchers from Wageningen University & Research develop a Water and Nutrient Delivery System to provide required nutrients to plants in a future hydroponic system designed for space.
Automatic ion-sensorhttp://timescale.eu/Pages/Articles/CGRO-ion-sensor.aspxAutomatic ion-sensorIn the TIME SCALE project, CleanGrow is developing an auto calibrating and auto sampling ion-sensor for continuous measurement of individual components in nutrient solutions for plant cultivation.
Modular Test Bedhttp://timescale.eu/Pages/Articles/DTM-modular-test-bed.aspxModular Test BedFor ground-testing of improved plant cultivation modules, the TIME SCALE project includes design and development of a Modular Test Bed by DTM Technologies.
Volatile gas sensinghttp://timescale.eu/Pages/Articles/IS-volatile-sensing.aspxVolatile gas sensingStressed plants emit volatile organic compounds – gases that can be detected by advanced analytical methods such as mass spectrometry and gas chromatography. In TIME SCALE, Interscience is developing technology and methods for a future plant health monitoring systems.
Plant Cultivation Chamber and technical coordinationhttp://timescale.eu/Pages/Articles/PROTO-technical-coordination-PCC.aspxPlant Cultivation Chamber and technical coordinationPrototech is the technical coordinator of the TIME SCALE project and develops a Plant Cultivation Chamber for ground-testing of improved EMCS hardware.
Plant Health Monitoring systemhttp://timescale.eu/Pages/Articles/UGENT-plant-health-monitoring.aspxPlant Health Monitoring systemGhent University develops remote sensing technology in order to monitor plant health status. The technology and know-how harbor large potential for exploitation in terrestrial precision agriculture and horticulture, and also open novel avenues for life support systems in space.
Algae photobioreactor concepthttp://timescale.eu/Pages/Articles/USTUTT-algae-photobioreactor.aspxAlgae photobioreactor conceptResearchers at University of Stuttgart are working on algae cultivation concepts for future applications in regenerative life support systems.
TIME SCALE general posterhttp://timescale.eu/Pages/Scientific/TIME-SCALE-general-poster.aspxTIME SCALE general posterGeneral poster presentation of the TIME SCALE project, March 2016<em></em>
Science advisory boardhttp://timescale.eu/Pages/Articles/SAB-review-meeting-1.aspxScience advisory boardThe international experts of the TIME SCALE Scientific Advisory Board deliver feedback on the project progress and achievements.<br>
Kick-off meetinghttp://timescale.eu/Pages/Articles/Kick-off-meeting.aspxKick-off meetingThe TIME SCALE kick-off meeting was held in Trondheim, Norway, in February 2015.

 

 

Integrating equipment into the Modular Test Bedhttp://timescale.eu/Pages/Articles/Progress-ModularTestBed.aspxIntegrating equipment into the Modular Test BedDTM Technologies are integrating TIME SCALE hardware components into the Modular Test Bed. The finished product will be used for plant cultivation experiments for ground testing of the TIME SCALE equipment.
Breadboard version of Plant Cultivation Chamberhttp://timescale.eu/Pages/Articles/Progress-PlantCultivationChamber.aspxBreadboard version of Plant Cultivation ChamberPrototech AS has designed and manufactured the breadboard version of the Plant Cultivation Chamber. This chamber will be used for plant cultivation during the ground testing of the TIME SCALE equipment.
Concept and design of algae photobioreactor for EMCShttp://timescale.eu/Pages/Articles/Progress-photobioreactor.aspxConcept and design of algae photobioreactor for EMCSResearchers at University of Stuttgart have completed an algae photobioreactor concept and design for future algae research in Space.
CleanGrow sensor wins first prize in Emerging Technologies Competitionhttp://timescale.eu/Pages/Articles/Emerging-technologies-2017-Shortlist.aspxCleanGrow sensor wins first prize in Emerging Technologies CompetitionThe auto calibrating, auto sampling CleanGrow ion-sensor won the first prize in the Food & Drink category of Royal Society of Chemistry’s Emerging Technologies Competition 2017.
TIME SCALE student events on space exploration and life sciencehttp://timescale.eu/Pages/Articles/Student-events-2017.aspxTIME SCALE student events on space exploration and life science<p>TIME SCALE aims at inspiring next generation space explorers. Students at several universities were invited to inspirational and social space-events in February and March 2017, in cooperation with ESA Education Office.</p>
A step closer automated monitoring of nutrient levelshttp://timescale.eu/Pages/Articles/Progress-ion-sensor.aspxA step closer automated monitoring of nutrient levelsCleanGrow has developed a prototype of an auto calibrating and auto sampling ion-sensor for monitoring individual components in nutrient solutions for plant cultivation.
Water and Nutrient Delivery Systemhttp://timescale.eu/Pages/Articles/WUR-water-and-nutrient-system.aspxWater and Nutrient Delivery SystemIn TIME SCALE, researchers from Wageningen University & Research develop a Water and Nutrient Delivery System to provide required nutrients to plants in a future hydroponic system designed for space.
Automatic ion-sensorhttp://timescale.eu/Pages/Articles/CGRO-ion-sensor.aspxAutomatic ion-sensorIn the TIME SCALE project, CleanGrow is developing an auto calibrating and auto sampling ion-sensor for continuous measurement of individual components in nutrient solutions for plant cultivation.
Modular Test Bedhttp://timescale.eu/Pages/Articles/DTM-modular-test-bed.aspxModular Test BedFor ground-testing of improved plant cultivation modules, the TIME SCALE project includes design and development of a Modular Test Bed by DTM Technologies.
Volatile gas sensinghttp://timescale.eu/Pages/Articles/IS-volatile-sensing.aspxVolatile gas sensingStressed plants emit volatile organic compounds – gases that can be detected by advanced analytical methods such as mass spectrometry and gas chromatography. In TIME SCALE, Interscience is developing technology and methods for a future plant health monitoring systems.
Plant Cultivation Chamber and technical coordinationhttp://timescale.eu/Pages/Articles/PROTO-technical-coordination-PCC.aspxPlant Cultivation Chamber and technical coordinationPrototech is the technical coordinator of the TIME SCALE project and develops a Plant Cultivation Chamber for ground-testing of improved EMCS hardware.
Plant Health Monitoring systemhttp://timescale.eu/Pages/Articles/UGENT-plant-health-monitoring.aspxPlant Health Monitoring systemGhent University develops remote sensing technology in order to monitor plant health status. The technology and know-how harbor large potential for exploitation in terrestrial precision agriculture and horticulture, and also open novel avenues for life support systems in space.
Algae photobioreactor concepthttp://timescale.eu/Pages/Articles/USTUTT-algae-photobioreactor.aspxAlgae photobioreactor conceptResearchers at University of Stuttgart are working on algae cultivation concepts for future applications in regenerative life support systems.
TIME SCALE general posterhttp://timescale.eu/Pages/Scientific/TIME-SCALE-general-poster.aspxTIME SCALE general posterGeneral poster presentation of the TIME SCALE project, March 2016<em></em>
Science advisory boardhttp://timescale.eu/Pages/Articles/SAB-review-meeting-1.aspxScience advisory boardThe international experts of the TIME SCALE Scientific Advisory Board deliver feedback on the project progress and achievements.<br>
Kick-off meetinghttp://timescale.eu/Pages/Articles/Kick-off-meeting.aspxKick-off meetingThe TIME SCALE kick-off meeting was held in Trondheim, Norway, in February 2015.