Accordingly we were able to reconstruct ground-pattern states of the according taxa.
Comparison of the reconstructed ground displacement or ground velocity wavefield with these divergence and rotation wavefields should be helpful for investigating the constituents of wave packets originated from inhomogeneous structures (e.g., Obara and Matsumura 2010; Domínguez et al. 2011; Noguchi et al. 2013, 2016; Maeda et al. 2014).
With data from these three species alone, it is not possible to reconstruct a ground pattern of mitochondrial gene order of Cirripedia with respect to the position of trnK, trnQ, trnY and trnC.
Here, we identified neurons in three species of Remipedia with an antiserum against serotonin and compared our findings to reconstructed ground patterns in other euarthropod taxa.
A comparison of the serotonin-immunoreactive cell arrangement of Remipedia to reconstructed ground patterns of major euarthropod taxa supports a homology of the anterior and posterior neurons in Pancrustacea.
We reconstruct this ground-pattern state despite the various life styles realised in different amphipod species (e.g. [ 23, 29, 33]).
Our expectation was that this should help us to reconstruct the ground-patterns of higher taxa and, with this, unravel more aspects of the evolution of the sclerite complex within Malacostraca.
This key concept has led authors to try reconstructing the ground pattern of the bilaterian last common ancestor [10] [12].
In fact, in the case of a synthetic dataset, there exists a unique value of the regularization parameter that minimizes the distance between the reconstructed and ground-truth tracer coefficient vector.
Based on this, we reconstructed putative ground-pattern conditions for the sclerites of the examined taxa of Malacostraca.
Obviously, both approaches quantify, at different scales, how well the cell tracking algorithms are able to reconstruct a particular ground-truth reference.
