Thus, spatially averaged models of epiphytic orchids might underestimate population growth, which could explain the negative growth rates found in most models of epiphytes populations (Calvo, 1993; Tremblay and Ackerman, 2001; Zotz and Schmidt, 2006).
He also sent out models with single orchids, which at that time was a sign that a woman's betrothed had been sent to war.
The paw volume was measured using Digital plethysmometer, Model: PLM 01 (Orchid scientific) which works on the principle of mercury displacement method.
The 2 species could be considered model organisms for studying orchid biology because of their relative small genome size [ 39], high performance of culture system and well applicable functional genomic tools such as genetic transformation [ 40- 42] and virus-induced gene silencing system [ 43].
RNA-seq, a cost-effective and highly efficient next-generation sequencing technology, provides high throughput and is therefore commonly used for de novo transcriptome assemblies in non-model species, including orchid species [ 26, 37– 37].
Table S2: Metapopulation matrices (empirical metapopulation models) of populations of epiphytic orchids.
In contrast to spatially averaged matrix models, metapopulation models predicted stable or even growing populations of the three orchids; also when transition probabilities were adjusted to account for low individual numbers on individual trees (Table 2).
The populations of most epiphytic orchids studied with spatially averaged matrix models seem to be declining (Calvo, 1993; Tremblay and Ackerman, 2001; Zotz and Schmidt, 2006).
This paper presents a new model system that can be applied to other mycoheterotrophic orchids for conservation purposes.
Therefore, our primary question concerns the development of a cost-effective and simple model to cryopreserve seeds from different life forms of orchids using dry seeds.
