197463 research outputs found
Sort by
Full dataset of habitat, diet, and foraging behaviour traits used for computation of specialization of Australian passerines.
No full textTraits for 308 species of Australian passerines include type of habitat, diet, foraging method, foraging stratum, and foraging substrate. Each trait is divided into several categories and each category of each trait has a value corresponding to proportional use (percentage) of that category by a given species based on information in HANZAB. The sum of all categories of a given trait for a given species is always 100
Ant-plant survey
No full textSurvey of ant-plant interactions during 2014 and 2016 along CAD and rainfall gradients in a Seasonally Dry Tropical Forest in Brazi
trait data of European tree species along a species richness gradient in the canopy
No full textit includes trait data measured in 1,719 trees belonging to 9 tree species growing in three types of forests in Europe (a boreal, a temperate and a Mediterranean). Surveyed individuals of each species were in stands with different species richness in the canopy going from monocultures to mixed stands with 3 and 4 species
Species abundance-traits-habitat data
No full textThe standardized morphological traits, abundance, and microhabitat data for all species collected. Field number and location provided
CL247_CS_cd-hit_cluster_merge_length550
No full textAll the individual CentT566 repeats were extracted based on BLAST output for each subgenome in wheat. The cd-hit-est software was used to cluster similar CentT566 sequences into clusters using parameters “-c 0.90 -n 10” within each subgenome. The clusters with length larger than 500 bp were used for further analysis. Multiple sequence alignment and phylogenetic analysis of all CentT566 clusters were performed with ClustalW and MEGA7 software using the neighbor-joining method
Data S3 (Fig. 3A, B, C, D)
No full textRaw output data measured charging capacitor (4.7 mF) and Li-ion battery (0.7 mAh), and output voltage and current as a function of the probe distance and the probe power in csv and opj format
Data S5 (Fig. S2)
No full textPhoto image of the cross-sectional VI-TEG characterized by FE-SEM, demonstrating the air gap between perfluoroalkoxy (PFA) and bottom Printed Circuit Board (PCB)
Data S11 (Fig. S8)
No full textRaw output data measured voltage of the VI-TEG depending on the probe distance (1-10 mm) under ultrasound at 20 kHz
Data S13 (Fig. S10)
No full textRaw output data measured output voltage of the VI-TEG at 5 mm probe distance under ultrasound at 20 kHz