Information on the standard plots in the <i>L</i>. <i>olgensis</i> plantation.

Information on the standard plots in the L. olgensis plantation.</p

A new approach for estimating living vegetation volume based on terrestrial point cloud data - Fig 5

Process of measuring the LVV by 3DS Max topology (A: length and width of the cuboid are 1.3 m, and height is 2.8 m; B: length and width of the cuboid are divided into 5 segments, and the height is divided into 10 segments; C: volume is 1.04 m3).</p

Random distribution of possible internal points in branches.

Random distribution of possible internal points in branches.</p

Local magnification of branch point clouds.

Local magnification of branch point clouds.</p

Imaginary fill-type map.

Imaginary fill-type map.</p

Catalytic Enantioselective Friedländer Condensations: Facile Access to Quinolines with Remote Stereogenic Centers

Enamine catalysis enables the first catalytic enantioselective Friedländer reaction. The desymmetrization of 4-substituted cyclohexanones upon reaction with o-aminobenzaldehydes allows for the synthesis of quinolines with remote stereogenic centers. These heterocycles, which are obtained with high levels of enantioselectivity, serve as precursors for chiral tacrine analogues

A new approach for estimating living vegetation volume based on terrestrial point cloud data - Fig 4

Wood-leaf separation (A: 108230 points; B: 103159 points; C: 5035 points).</p

A new approach for estimating living vegetation volume based on terrestrial point cloud data - Fig 11

Cube volume calculation (A) and volume correction (B).</p

A new approach for estimating living vegetation volume based on terrestrial point cloud data - Fig 3

Point cloud of the L. olgensis branch (A: main view; B: side view; C: top view, 121034 points).</p

Relative error distribution range of 3DS Max and TIN (<i>L</i>. <i>olgensis)</i>.

Relative error distribution range of 3DS Max and TIN (L. olgensis).</p