(PDF) Figure 8: Relationship of the Light Transmittance

Figure 8: Relationship of the Light Transmittance With the Root Biomass (A), Leaf Biomass (B), Stem Biomass (C), Stem Diameter (D), Stem Breaking Strength (E), Lodging Rate (F), Plant Height (G), and Photosynthetic Rate (H) at R1 Stage of Soybean.

doi 10.7717/peerj.7262/fig-8

Full Text

Open PDF

Abstract

Available in full text

Date

Unknown

Authors

Unknown

Publisher

PeerJ

Related search

Prediction of Stem Diameter and Biomass at Individual Tree Crown Level With Advanced Machine Learning Techniques

IForest

Forestry

Landscape Conservation

Ecology

Nature

2019

English

Stem, Leaf, and Panicle Yield and Nutrient Content of Biomass and Sweet Sorghum

English

Figure 1: Soil Microbial Biomass Under Nitrogen Addition in the NRL (A–B), NL (C–D) and C (E–F) Treatments.

English

Figure 5: Changes Over Time of Potential, Actual and Photosynthetic Leaf Area and Biomass.

English

Figure 2: Relationship Between the Plant Aboveground Biomass of Phaseolus Calcaltus (G Pot−1) and the Soil pH.

English

Quantification of Biomass and Cell Motion in Human Pluripotent Stem Cell Colonies

Biophysical Journal

Biophysics

2013

English

Estimation of Maize Above-Ground Biomass Based on Stem-Leaf Separation Strategy Integrated With LiDAR and Optical Remote Sensing Data

English

Figure 21: Comparison of Selected Anatomical Characters of Tastavinsaurus (A, B, C, F, H) With Europatitan (D, E, G, I).

English

Figure 3: The Relationship Between (A) Lichen Biomass (Dry Mass G/0.25 M2), (B) Soil Moisture (% Top Layer of Mineral Soil), and (C) Soil Temperature (°C at the Depth of 5 Cm).

English

Amanote Research

Figure 8: Relationship of the Light Transmittance With the Root Biomass (A), Leaf Biomass (B), Stem Biomass (C), Stem Diameter (D), Stem Breaking Strength (E), Lodging Rate (F), Plant Height (G), and Photosynthetic Rate (H) at R1 Stage of Soybean.

doi 10.7717/peerj.7262/fig-8

Full Text

Abstract

Date

Authors

Publisher

Related search

Prediction of Stem Diameter and Biomass at Individual Tree Crown Level With Advanced Machine Learning Techniques

Stem, Leaf, and Panicle Yield and Nutrient Content of Biomass and Sweet Sorghum

Figure 1: Soil Microbial Biomass Under Nitrogen Addition in the NRL (A–B), NL (C–D) and C (E–F) Treatments.

Figure 5: Changes Over Time of Potential, Actual and Photosynthetic Leaf Area and Biomass.

Figure 2: Relationship Between the Plant Aboveground Biomass of Phaseolus Calcaltus (G Pot−1) and the Soil pH.

Quantification of Biomass and Cell Motion in Human Pluripotent Stem Cell Colonies

Estimation of Maize Above-Ground Biomass Based on Stem-Leaf Separation Strategy Integrated With LiDAR and Optical Remote Sensing Data

Figure 21: Comparison of Selected Anatomical Characters of Tastavinsaurus (A, B, C, F, H) With Europatitan (D, E, G, I).

Figure 3: The Relationship Between (A) Lichen Biomass (Dry Mass G/0.25 M2), (B) Soil Moisture (% Top Layer of Mineral Soil), and (C) Soil Temperature (°C at the Depth of 5 Cm).