The number and developmental stages of florets were determined in each spikelet of the
spike in the main shoots of spring wheat. Samples were taken frequently from plants grown …

Plants of wheat (Triticum aestlvum L.) cv. Aotea were grown at high or low nitrogen levels
and in a natural photoperiod or continuous light. Starting 17–21 days from the double-ridge …

Wheat (Triticum aestivum L.) cv. Gamenya was grown in a Mediterranean type environment
in two separate field experiments, to determine the effects of nitrogen application and date of …

The distal florets of wheat (Triticum aestivum cv. Waldron) do not normally set seed.
Cytological evidence indicated that the ovule of the fourth floret is fertilized, the caryopsis …

Spring barley cv. Koru and spring wheat cv. Highbury were grown in constant controlled
conditions of 16 h photoperiod, and temperatures of 10 and 15° C respectively. A range of …

At the onset of inflorescence production, the shoot apex continues to initiate leaf primordia,
in the same alternating sequence of the foliage primordia below. Buds arise so precociously …

The number of spikelets on the primary inflorescence of wheat was shown to vary with
temperature per se in addition to any vernalization effects. Temperature affected spikelet …

The morphological development of the growing point and the flowering spike of the wheat
plant is studied. In the resting stage of the seed, the growing point of the embryo bears upon …

In Mediterranean durum wheat production, nitrogen (N) fertilization may be important to
stabilize and increase yields. Wheat yield responses to N fertilization are usually related to …

Main-stem apical development and its inter-relations with other aspects of plant morphology
were studied in seven field crops of winter wheat (Triticum aestivum L., cv. Maris Huntsman) …