Sentence examples for continuous tree from inspiring English sources

Continuous tree pits -- 10 feet wide and 3 feet deep, paved with granite blocks set in sand -- will be planted all the way up Malcolm X Boulevard to 117th Street.

This study investigated how breeding birds on retention cuts and in adjacent forest responded to a continuous tree retention gradient on retention cuts varying from <1% to 25%.

To address this question we fuse continuous tree density estimates derived from hyperspatial remote sensing imagery (pixels smaller than trees) with two topographically derived environmental gradients: elevation and yearly potential relative radiation (PRR).

But the presentation concedes that downtown lacks central green spaces and continuous tree canopy, contributes an abundance of impervious cover within watersheds with substandard water quality, and provides insufficient affordable housing.

Continuous tree maps all branches of a continuous diffusion phylogeography and allows plotting the uncertainty of geographic coordinates at the internal nodes through their annotated highest posterior density contours.

We used PDG to simulate local adaptation in a continuous tree population that expands along an elevational gradient based on experimental data collected from Fagus sylvatica populations on Mont Ventoux in southeastern France.

(Even in continuous tree-space [ 27], small changes in input can force large changes in trees if the sequence data is not consistent with any one tree).

A continuous U tree algorithm transfers traditional U tree algorithm to reinforcement learning and this U tree algorithm can be viewed as a Regression Tree algorithm for storing state values [154].

Additionally, Vegetation Continuous Field tree cover layers were used to analyze fire incidence over different types of tree cover domains.

"They need continuous horizontal tree canopy to move along treetops, and they prefer small branches that they can hold with their slender limbs," explains Gupta.

This work analyzes the spatio-temporal distribution of burned areas in one of the biggest savanna vegetation enclaves in the southern Brazilian Amazon, from 2000 to 2016, deriving information from multiple remote sensing data sources (Landsat and MODIS surface reflectance, TRMM pluviometry and Vegetation Continuous Field tree cover layers).