LI-6400/6400XT Application Notes and Articles

Cellulosic Ethanol Study of Miscanthus Using the LI-6400
Learn how a group of researchers at the University of Illinois at Urbana-Champaign are using the LI-6400 to study Miscanthus x giagantus, a sterile hybrid grass with enormous potential as a biomass energy source. The group is comparing the productivity of Miscanthus to that of switchgrass and corn.



Global climate change research at the University of Michigan Biological Station
Read how Dr. Peter S. Curtis of Ohio State University and colleagues from various other universities conduct their research at sites like the University of Michigan's Biological Station. Dr. Curtis and colleagues use a variety of LI-COR instruments, including the LI-6400 Portable Photosynthesis System for stem and leaf respiration studies.



Influence of climate change on terrestrial flowering or vascular plants in the Antarctic
Tad Day and fellow researchers at Arizona State University use the LI-6400 Portable Photosynthesis System to study the influence of climate change, particularly ozone depletion/UV radiation and regional warming on terrestrial flowering or vascular plants in Antarctica.



Plant Ecophysiology Project at the University of Nebraska-Lincoln
What happens to plants when they are fed on by insects? This question has been the focus of the Plant Ecophysiology Project at the University of Nebraska-Lincoln's (UNL) Department of Entomology for the past 15 years. Learn how UNL entomologists are using the LI-6400 Portable Photosynthesis System to identify mechanisms of yield loss from defoliating pests.

Stressed Plants? Why the 6400-40 Leaf Chamber Fluorometer is an ideal complement to expand the analysis capabilities of the LI-6400/6400XT Systems. View document	Configuring and Operating the LI-6400 Portable Photosynthesis System with External Sensors View document	Measuring Canopy Gas Exchange with the LI-6400 Portable Photosynthesis System View document
Interfacing Custom Chambers to the LI-6400 Sensor Head The LI-6400 can use custom-made chambers for a wide variety of applications. View document	Comparisons Between the LI-COR LI-6400 and LI-8100 The theory underlying the two systems is outlined with a comparison of results obtained using each system. View document

Correcting for Changes in O2 Concentration in the LI-6400 Photosynthesis System View document

Determination of Maximal Chlorophyll Fluorescence Using A Multiphase Single Flash of Sub-Saturating Intensity View document