Complex landscapes significantly increased small mammal abundance and (with marginal significance) species richness and diversity, but only in conventional fields, whereas organic farming increased small mammals in simple landscapes.
The Bayesian GMYC method provides marginal probabilities of species identities and will allow downstream estimates of species diversity and community structure (which are often the goal of environmental sequencing studies; [ 32]) to account for uncertainty underlying species designations.
The identification and molecular biological characterization of the up-to-now only marginal examined alga species C. moewusii are described in the chapter.
P. jezoensis saplings appear to be less palatable for sika deer because no P. jezoensis saplings was debarked and we found marginal effect of species on debarking of trees (Table 3).
(36) (ii) The second condition signifies that individual i's marginal evaluation of species as biological attributes by having the vegetation (V_{iell }) in the area (A_{iell }) of his/her land (L_{i}), planted by landscape gardener ℓ is equal to his/her greening cost per cubic meter minus the refunded cost.
Based on the results of the present study, the importance of marginal seas for species diversification is further emphasized.
In contrast, the marginal benefit of species such as tilapia, pollack, flounder, and shrimp may increase with greater meal frequency.
Our implementation integrates over the parameters of the model and uncertainty in phylogenetic relationships using the output of widely available phylogenetic models and Markov-Chain Monte Carlo (MCMC) simulation in order to produce marginal probabilities of species identities.
While in the model-averaging approach, inferences are conditioned on Maximum-Likelihood point estimates of nuisance parameters, the Bayesian approach integrates out nuisance parameters, giving marginal probabilities of species limits.
Instead of following the theme of Eq. (9), we turn to calculating P (B1, B2, B3) in an alternative way under parallel evolution where [II] is obtained after multiplicity over all nucleotide marginal probabilities for Species 1 (see Eq. (4)).
