Sentence examples for optimal germination from inspiring English sources

For a general photoperiod of 8 12 h, the optimal germination temperature ranges from 17 to 22 °C, Whereas if the length of the photoperiod is 16 h, the optimal germination temperature increases to 27 °C (Stearns and Olson 1958).

Optimal germination of non-dormant seed in terms of both germination percentage and rate occurred at 20/25 °C.

In the in vitro phase, the optimal germination temperature of the fungus was determined by microcultures at 25, 30 and 35 °C and the mortality of ticks.

This feedback loop requires a critical density of B. cereus spores for optimal germination, and might allow B. cereus to monitor spore density and to coordinate germination.

As controls, seeds were not exposed to light (i.e. kept in darkness) but were exposed to either an optimal germination temperature (30/20 °C) (Fig.  1a) or a non-optimal germination temperature (constant 20 °C) (not shown in Fig.  1a).

Transferring seeds to standard (i.e. optimal) germination conditions led to greater fold transcript changes than transferring seeds to the same temperature regime but keeping them in darkness.

Seeds of Typha and Cladium were collected from populations of the two species in the oligotrophic interior of Water Conservation Area 2A in the northern Everglades and germinated on vermiculite at a 14 10 h day:night photoperiod and a 25 10°C thermoperiod, a climatic regime shown to be optimal for germination of the two species [ 62].

Therefore, this experiment was designed to investigate viability, in vitro germination, optimal storage temperature, and storage life of the pollen grains.

For instance, remnant maize kernels can suffer loss of vigour due to unfavourable weather in winter, may be at different depths in the ground and frequently lack optimal conditions for germination.

However, the temperature interval optimal for the germination of most species is roughly 15 30 °C [25], which covers common temperature levels in controlled or uncontrolled indoor environments, but depending on the humidity conditions it can be as low as 10 °C, although that would significantly reduce the growing rate [32].

This new marine restoration measure showed to be effective on the reduction of the physical stress imposed by sediment reworking lugworms on Z. marina recovery, as a membrane keeps seeds at optimal depth for germination and protects seedlings from burial and erosion.