Ann-Iren Kittang Jost

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Ann-Iren Kittang Jost

Research Director

CIRiS

Tlf: (+47)92880298

a.i.kittang.jost@ciris.no

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Background
Ann-Iren Kittang Jost holds a PhD within plant biology, emphasizing plant responses to Space conditions such as microgravity. She is currently head of the Centre for Interdisciplinary Research in Space (CIRiS).

Research area
Kittang Jost has extensive experience with integration and operations of research on the International Space Station (ISS). She has lead and participated in several international projects, including coordination of the EU Horizon 2020 research and innovation project TIME SCALE developing next generation plant cultivation systems for Space and Earth applications.

In 2019 she received the Spaceport Norway Award for her “work within manned spaceflight and life support systems, and for her contributions to the next steps towards the return to the Moon and the journey to Mars”.

Since 2020, Kittang Jost has been part of the European Space Science Committee (ESSC) and Life and Physical Sciences Panel (LPS).

She is inspired by the vison of human space travel and colonization of Moon and Mars, and the know-how and technology synergies between Space to Earth applications – through global cooperation, across academic disciplines and industry sectors.

Ann-Iren Kittang Jost

Ann-Iren Kittang Jost

Ann-Iren Kittang Jost

Publikasjoner

Perspectives for plant biology in space and analogue environments

From urine to food and oxygen: effects of high and low NH<inf>4</inf><sup>+</sup>:NO<inf>3</inf><sup>-</sup> ratio on lettuce cultivated in a gas-tight hydroponic facility

Utilization of runoff nutrients from recirculating aquaculture systems for hydroponic crop cultivation

Hydroponic nutrient solution monitoring for crop characterization

Måneforskning kan effektivisere landbruket

Real-time monitoring of chemical water quality in closed-loop hydroponics

Technology and innovation for development of modular equipment in scalable advanced life support systems for space explorations

Highlights from the Horizon2020 project TIME SCALE

Real-time monitoring of chemical water quality in closed-loop hydroponics

Water management in Space –examples of hydration systems for cultivation in microgravity and future prospects

Plant cultivation experiments for design and testing of TIME SCALE Crop Cultivation System breadboard

Exploring plants as support-systems for the space missions of tomorrow

Med planter til Månen og Mars - og tilbake igjen

Testing new concepts for crop cultivation in space: Effects of rooting volume and nitrogen availability

Closed loop hydroponics for a novel crop cultivation system on the EMCS rotor

Plant health monitoring using multispectral imaging and volatile analysis for space and terrestrial applications

Water management in Space – monitoring of plant water status in small and closed environments

Improved cultivation system for future life science experiments on ISS: Development of modular test-bed

Hva skal til for å reise til mars? Intervju med Deutsche Welle Radio.

"Slik overlever du på Mars"

Hva skal til for å reise til Mars? Reportasje om CIRiS (N-USOK/Time Scale) Mars mission, NASA, Orion, Trondheim

Planter i rommet

"Oppdrag: Vatne plantar i rommet"

Exploration of plant growth and development using the European modular cultivation system facility on the international space station

Effects of the Extraterrestrial Environment on Plants: Recommendations for Future Space Experiments for the MELiSSA Higher Plant Compartment

Standardization of Experimental Design for Future Research Activities on Higher Plants in Space

Will Plants Grow on Moon or Mars?

Plant mineral nutrition, gas exchange and photosynthesis in space: a review

Adaptation response of Arabidopsis thaliana to random positioning

New knowledge and Technologies for Closed Cycle Hydroponics

The concept of Multigen-2 - A plant experiment prepared for the EMCS on the ISS

Higher Plants in Closed Life Support Systems -Requirements for Future Research

Arabidopsis thaliana L. adaptation mechanisms to microgravity through the EMCS MULTIGEN-2 experiment on the ISS: The science of space experiment integration and adaptation to simulated microgravity

Prodex-Project : Multigen-2

Ground testing of Arabidopsis preservation protocol for the microarray analysis to be used in the ISS EMCS Multigen-2 experiment

MULTIGEN-1 Science Lessons Learned

Multigen-2 and 3. Status and preparatory work

Multigen-1 Results/Status & CWRW collaboration

Status for MULTIGEN - A molecular and plant physiological analysis of the microgravity effects on multi-generation studies of Arabidopsis thaliana

The MULTIGEN experiment in the EMCS

EMCS ERM – Gravi-1 STU Test Procedure – Observation and CO2-Concentration, Issue 1

N-USOC Inc 13 Verification and Validation Plan, Issue 1

EMCS ERM Multigen-1 Test Procedure – Reference Grid Observation, Issue 1

Gravi-1 Experiment Sequence Test Report, Issue 1

N-USOC Increment 14 Verification and Validation Report

N-USOC Increment 14 Configuration Document

EMCS Gravi-1 Requirements Integration Plan, Issue 1

EMCS Gravi-1 Integration Requirements Document, Issue 1

N-USOC Inc 13 Verification and Validation Report, Issue 1

N-USOC to EMCS Systems Support Interface Control Document, Issue 2

Gravi-1 Experiment Sequence Test Procedure, Issue 1

Architecture Definition Document, Issue 1

N-USOC Inc 13 Configuration Document, Issue 2

N-USOC Inc 13 Implementation Plan, Issue 2

N-USOC Inc 13 Training and Certification Plan, Issue 1

N-USOC Increment 14 Verification and Validation Plan

Sunnfjordingar i romfartsprosjekt

Preparatory experiments for long-term observation of Arabidopsis circumnutations in microgravity

Security Management Plan, Issue 2

Testing the Experiment Reference Module (ERM) and Engeneering Module (EM) of the European Modular Cultivation System (EMCS) - Technical Note 4.2 (TN 4.2): EMCS FM Biocompatibility test results

PREPARATORY EXPERIMENTS FOR LONG TERM OBSERVATION OF ARABIDOPSIS CIRCUMNUTATIONS IN MICROGRAVITY

AN OVERVIEW OF CIRCUMNUTATIONS ON GROUND AND IN SPACE - PREPARATIONS FOR LONG TERM OBSERVATION OF ARABIDOPSIS CIRCUMNUTATIONS IN MICROGRAVITY

"N-USOC Monthly Progress Report - September-October 2005"

"N-USOC to GRAVI UHB Interface Control Document"

"N-USOC Monthly Progress Report - August 2005"

"N-USOC to Engineering Support Interface Control Document"

"N-USOC Monthly Progress Report - July 2005"

"N-USOC Monthly Progress Report - June 2005"

PREPARATORY EXPERIMENTS FOR LONG TERM OBSERVATION OF ARABIDOPSIS CIRCUMNUTATIONS IN MICROGRAVITY

"EMCS EM Biocompatibility Test Results"

"EMCS ERM Biocompatibility Test Results"

"EMCS ERM Functionality Test Results"

Pre-flight tests of the MULTIGEN I experiment in the EMCS. Optimalisation of the experimental design and development of new hardware

Utilization of the European Modular Cultivation System Opportunities and Support Functions

Differentially expressed genes in Arabidopsis seedlings grown during various simulated gravity-forces using cDNA microarry technology

Utredning av Bt-toksiner i genmodifiserte planter