1-MCP sorption rates and capacities were measured for plant tissues, cell wall polysaccharides, starch, oils, and lignins sealed in 130 mL jars and provided with 18.6 μL L−1 gaseous 1-MCP (Smart Fresh™ Technology.
Isotope ratio data were provided by COIL relative to the IAEA standard PDB, as: δ13C was measured for plant samples from each experiment, and Δ13C was calculated as: The evaluation of δ13C of atmospheric CO2 was measured directly only at the beginning of the project to establish a relationship between δ13Cair and 1/[CO2] (Keeling 1958) in the growth facility.
Twelve to 15 plants per line were measured for plant height and radial stem growth.
Thus, the biocrystallisation method seems to be a promising complementary outcome measure for plant bioassays investigating effects of homeopathic preparations.
Fokar 1998, [ 41] found a negative (although not significant, P ≥0.05) association between chlorophyll retention and grain filling, as a measure for plant performance, and stated that grain filling could even be promoted by fast leaf senescence i.e. leaf greenness reduction, as metabolites might be transported from senescent tissue to the grain.
High heating values measured for plants cultivated in both soil and PAS were insignificant and within the range of 17.52 17.99 MJ kg−1 independent to the PAS application rates.
The measure for planting and operating SRC has to be conducted environmentally sound and needs to fit into the general principles for saving both natural and cultural landscape [27 29, 39].
Accordingly, foliage density (i.e., vertical length of plant leaves) was measured for plants of each of the five forest strata 0-1, 1-5, 5-10, 10-15, >15 meters above the ground.
When the NPQ values we measured for the natural accessions in the field were plotted against values measured for plants grown indoors, no correlation was found except that those of npq4 and oePsbS were extremes.
"That's only common sense," Tsutsui, also a member of a citizens group of experts proposing safety measures for the plant.
