dry matter production

Water stresses also showed no effect on height and dry matter production of plants.

Researchers monitored growth rates, ground cover, dry matter production, and seed yield.

However, the increase in dry matter production did not translate directly into equal seed yields.

Dry matter production showed no effect of treatment.

An expression for dry matter production of sorghum was derived using chamber data.

Dry matter production per hectare was increased by nitrogen fertilization.

Effects on fresh and dry matter productions and seed yield.

Early sowing recorded the highest dry matter production and harvest index.

This was also the period of greatest dry matter production, an approximate 10-day interval from V10 to V14.

Studies have shown that plots planted with legumes showed a boost in total dry matter production of 524%.

This can be explained by a relatively larger reduction in dry matter production and harvest index due to water limitation.

Inoculated and control plants did not differ in dry matter production or in total N content.

Dry matter production and yield performance of summer and winter pulses in Bangladesh.

Dry matter production by each component in a mixture may be roughly proportional to the amount of light it intercepts.

Plant responses to water stress: Changes in growth, dry matter production, stomatal frequency and leaf anatomy.

Significant increase in dry matter production.

Nitrogen fertilization increased total dry matter production.

Dry matter production of hemlock was considerably lower than for Douglas fir for all growing conditions.

There was no significant temperature effect between 7 and 24 °C on total dry matter production, which at 2 °C was reduced.

Dry matter production and seed yield.

In dry matter production and quality comparative tests, wallaby grass proved that is only slightly lower than other introduced grasses.

Survivorship and dry matter production are very gross measures of a plant's reaction to different types of neighbour.

With respect to total dry matter production, fine-root production remained a minor component following a heavy thinning.

The increase in dry matter production was not associated with an increase in photosynthetic capacity per unit leaf area.

Barloo, a later maturing yielded the lowest in terms of dry matter production, plant density and grain yield.