taproot
খাড়াভাবে ভূগর্ভে প্রোথিত মূলশিকড়
translation of 'taproot'
প্রধান মূল
example
Old generative plants are characterized by less-vigorous stems with lower stature and with only one weakly developed umbel, and an extensive 'taproot' with many stumps of previous flower stalks.
Its primary 'taproot' easily grows to 15 feet and when searching for moisture, as deep as 150 feet.
They do not send up a green shoot in the fall; instead, a thick 'taproot' grows down several cm into the soil.
Xylem and xylem parenchyma can be recognized in the centre of the 'taproot' surrounded by a ring of meristematic tissue with very high intensity.
The number and basal diameter of the major first-order lateral roots, defined as roots with a diameter >0,5 mm, 40 mm from the insertion at the 'taproot' , were measured.
The cowpea seedlings were carefully removed from the growth pouches and the few laterals, found at the basal portion of the taproot, were cut to leave only the 'taproot' .
The root system will have a deteriorated 'taproot' and lateral roots will only be evident in the upper soil profile.
All downy oaks had a 'taproot' plus shallow horizontal roots.
Oenothera macrocarpa is a low, sprawling plant with a large 'taproot' .
Harvested plants were separated into lateral roots, 'taproots' , remaining leaves and stems in the crown, and regrowing leaves and stems.
At each harvest date, 12 plants were separated into leaves, stems, 'taproots' , and lateral roots.
All genes are transcribed in 'taproots' while transcription in leaves is low or undetectable.
At each harvest date, three vessels of three plants each or six plants were separated into leaves, stems, 'taproots' , lateral roots, flowers, pods, and grains.
Such species store nitrogen as amino acids or vegetative storage protein in their 'taproots' , stolons and stubble.
The forest trees of New Zealand exhibit a very singular factor in their growth pattern - they don't produce 'taproots' as other forest trees do.
The sugar beet Vp1 gene was specifically expressed in 'taproots' , but not in leaves, stems, and inflorescences.
Among the different pools of N, amino acids and soluble proteins significantly accumulated in autumn and were extensively mobilized from 'taproots' when meristem reactivation occurred in the spring.
Conical lateral root primordia and round-shaped nodule primordia can be discriminated in the 'taproots' .
The amount of N increased in green leaves, stem, 'taproots' and flowers up to the end of flowering.
Afterward, the most relevant morphological parameters, i.e. the leaf area, fresh and dry weights (after drying at 105°C until constant weight) of 'taproots' and leaves etc, were measured.
Credits: Google Translate
