Figure 5: The Dependence of Reproductive Success From Height of Plants and Number of Flowers in Populations From Anthropogenic (A, B) and Natural (C, D) Habitats.

doi 10.7717/peerj.3159/fig-5

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Figure 5: The Dependence of Reproductive Success From Height of Plants and Number of Flowers in Populations From Anthropogenic (A, B) and Natural (C, D) Habitats.

Full Text

Abstract

Date

Authors

Publisher

Related search

Large Number of Flowers and Tertiary Branches, and Higher Reproductive Success Increase Yields Under Salt Stress in Chickpea

Figure 5: Histogram of Climates Recorded in the Known Populations Divided Into: (A) Natural (South African), (B) Invasive (Australian), (C) E-Aus (Eastern Australian), and (D) W-Aus (Western Australian).

Figure 1: Analysis of DEmRNAs (A, C) and DEcircRNAs (B, D).

Figure 5: Density (A) and Canopy Height (B) of Spartina Alterniflora Under Different Stubble Height and Waterlogging Level Treatments.

Local Anthropogenic Contamination Affects the Fecundity and Reproductive Success of an Arctic Amphipod

Figure 2: Schematic Drawing Presenting the Localisation and Morphology of Male (A) and (B) and Oviparous Female (C) and (D) Reproductive System of A. Pisum.

Figure 1: Transition States (A and B) and Products (C and D) Arising From Perpendicular (A and C) or Parallel (B and D) Attack of Benzene by Compound I in the Doublet (S= 1∕2) State.

Medicinal Flowers. I. Aldose Reductase Inhibitors and Three New Eudesmane-Type Sesquiterpenes, Kikkanols A, B, and C, From the Flowers of Chrysanthemum Indicum L.

Figure 2: Distribution of Suitable Habitats of C. Dickinsonianum (A), C. Irapeanum (B) and C. Molle (C) Based on the Most Reliable MaxEnt Model.