Skip to main content
english
عربي
About us
About ICBA
Vision and Mission
Where We Work
Services
Network
Board of Directors
Our team
Donors & Partners
Organizational Chart
Research & Training Facilities
Genebank
Awards
Work With Us
Technology Testing
Project Collaboration
Vacancies
Consultancies
Internships
Contact Us
Research Themes
Management of natural resources in marginal environments
Climate change modeling and adaptation
Crop improvement and sustainable production
Integrated agri-aquaculture systems
Special Initiatives
Impact
Projects
Impact Stories
Voices from the field
Experiments
Capacity Development
E-learning
Technical Training
Fellowships
Internships
Arab Women Leaders in Agriculture
Farmer Field Schools
ICBA Youth Engagement Society
Knowledge Hubs
Emirates Soil Museum
The FAO elearning Academy
Resources
Publications
Corporate Publications
Scientific Publications
Annual Reports
Financial Reports
Policy Briefs
Project Briefs
Project Reports
Proceedings
Posters
Guides and Manuals
ICBA Websites
Useful Links
Video tutorials
Blogs
News
Corporate News
Biosalinity Newsletter
Media Coverage
Videos
Latest from AIRCA
Press Releases
Events
ICBA at COP27
Conferences
ICBA Forums
Exhibitions
Field Days
Seminars
Trainings
Workshops
Webinars
Home
Scientific Publications
Effect of NaCl and iso-osmotic PEG stress on CO2/H2O exchange in shoots of the С4 xero-halophyte Haloxylon aphyllum (Chenopodiaceae)
Effect of NaCl and iso-osmotic PEG stress on CO2/H2O exchange in shoots of the С4 xero-halophyte Haloxylon aphyllum (Chenopodiaceae)
English
Authors
Rakhmankulova, Z. F,Voronin, P. Yu, Shuyskaya, E., Kuznetsova, N. A, Zhukovskaya, N. V, Toderich, K. N
Year
2014
Publication Source
Photosynthetica
Publication type
Scientific Paper
Volume/Chapter/Issue
52
Related News
New study shows how xero-halophyte plant adapts to coastal conditions
Related Projects
Agriculture for Marginal Lands in Central Asia
Enhanced Forage and Bioenergy Production
Towards Sustainable Food Production for Marginal Lands in Aral and Caspian Sea Basins
Related Publications
Halophyte biomass: a promising source of renewable energy
Anaerobic degradation of halophyte biomass for biogas production
Water quality monitoring and geospatial database coupled with hydrological data of Zeravshan River Basin
Participatory management of desert rangelands to improve food security and sustain the natural resource base in Uzbekistan
Related Videos
Developing sustainable water rangelands and livestock management in CAC
Forum on Innovations in Agriculture and Food Security 20 May 2013
MAWRED: Modeling and Monitoring Agriculture and Water Resources for Development
Quinoa in Central Asia