The Arase (ERG) satellite was launched from the Uchinoura Space Center on December 20, 2016 to explore the dynamics of the terrestrial radiation belts.
To further explore the evolutionary roots of terrestrial vertebrate hearing, paleobiologists Johannes Müller and Linda Tsuji of Humboldt University in Berlin, Germany, examined several dozen specimens of early reptiles that have been found since the 1930s in the Mezen River Basin of central Russia.
In this study, we conducted thorough samplings of Japanese pomatiopsid species and performed molecular phylogenetic analyses to explore the patterns of diversification and terrestrial invasion.
In view of the above in this manuscript we apply RDPs to a database of the terrestrial mammals of the world to explore the following questions: i) what is the general shape of the RDP for the terrestrial mammals of the world?
Here, we further explore the evolution of mitochondrial genomes in terrestrial isopods with complete mitochondrial genome sequences for two additional species, Trachelipus rathkei and Cylisticus convexus.
The Exploration of energization and Radiation in Geospace (ERG) mission is designed to explore the plasma structure and the dynamics of the terrestrial inner magnetosphere.
We use the LPJ model of terrestrial carbon and water cycles [ 9, 10] to explore the covariability of climatic forcings and physiological responses (namely_NPP and Rh) of the terrestrial biosphere on a global scale as well as for selected latitudinal regions.
Finally, we compared the GA biosynthesis pathways in bryophytes, pteridophytes and seed plants, to explore the evolution of pathways and their relationships with the adaptation of plants to terrestrial environments.
This study was designed to explore the effect that variations in wave-induced hydrodynamics would have on long-term colonisation of terrestrial sediment depositions on intertidal flats.
The duration of transplantation and domestication to S. japonica in China and Korea is short compared with terrestrial crops, so neutrality tests and mismatch distribution analysis were used to explore the demographic history of the 22 S.
