Germination Research Paper

These adversities influence plant stands and their yield and reduction in seed germination and subsequent growth are unfortunate consequences.

These adversities influence plant stands and their yield and reduction in seed germination and subsequent growth are unfortunate consequences.

Full article Figure 4 A comparison of the effect of drought stress on the height of coated and uncoated Piper and Susu seedlings assessed on the tenth day after sowing.

(FC denotes soil moisture content at field capacity, bars indicated standard error of the mean and letters on bars are a comparison between the different moisture levels for the same treatment).

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Submitted papers should be well formatted and use good English.

Therefore, approaches to overcome the effect of abiotic stress are vital to ensure better plant stands under such conditions. All manuscripts are thoroughly refereed through a single-blind peer-review process.

Narrative Writing Help - Germination Research Paper

This Special Issue will focus on recent works regarding the effect of abiotic stress on seed germination and growth of plants. A guide for authors and other relevant information for submission of manuscripts is available on the Instructions for Authors page.

We hypothesize that the higher mobilization efficiency is due to a shift in the enzymatic cleavage of sucrose from invertase to sucrose synthase in the embryonic tissue caused by a reduced oxygen availability induced by oversaturation with water caused by the coating during early germination.

We investigated the effect of coating on barley, rye, and wheat seed imbibition during the first 30 h after seeds were placed in moisture.

Biomass, root length, plant height, leaf area, and leaf extension rate were monitored in two-day intervals for 24 days.

Coating strongly affected seedling growth both under fully watered and water deficit conditions.