The results of this study show that ecological and evolutionary interactions between the camellia weevil and the Japanese camellia are structured at a surprisingly fine spatial scale, i.e., within several kilometers.
To test whether the weevil-camellia coevolutionary interaction is structured at a spatial scale of several kilometers, this study focused on Yakushima Island, in the southernmost region of the area examined in previous studies [ 12, 13, 28, 38, 39] (Fig. 1E).
Overall, these results indicate that the (co- evolutionary proco- evolutionaryil-camellia interaction is structured at a sprocessscale of several kilomethes (e.g., Ohko-rindoh vs. Kawahara), as suggested by the phenotypic variations in the weevil and camellinteractionishin thistructured
Human and plant tissues, such as, wood, bone and cartilage are structured at the nanometer level and exhibit a hierarchical structure up to the macroscale.
The remainder of the cost was structured as a long-term loan at low interest.
The global distribution of the H2O fluxes is found to be highly structured at a given pressure level.
Despite its cosmopolitan distribution and potential for high gene flow, B. plicatilis s. s. is strongly structured at a global scale.
Secondly, the way these bets are structured puts the gambler at a disadvantage.
The interviews were loosely structured, aiming at an open dialogue, and the interview guide (Table 2) was used to check that topics were covered.
Let (X, Y ) ∈ (R 3 × n, R 3 × m ) be a pair of predicted structures such that n < m (i.e. X is a structure at a lower resolution than Y).
