Effects of plant density on the aboveground dry matter and radiation ...

The main goals of this study were to initially investigate the effects of plant densities on the aboveground dry matter of corn.

The main goals of this study were to initially investigate the effects of plant densities on the aboveground dry matter of corn, and subsequently examine the ...

Effects of plant density on the aboveground dry matter and radiation ...

The amount of solar radiation intercepted by the plant canopy drives crop plant photosynthesis and the formation and development of plant ...

Effects of plant density on the aboveground dry matter and radiation ...

The amount of solar radiation intercepted by the plant canopy drives crop plant photosynthesis and the formation and development of plant organs.

Effects of plant density on the aboveground dry matter and radiation ...

Fig 2. Relationship between the accumulation aboveground dry matter (g m-2) and cumulative intercepted photosynthetically active radiation (IPAR, MJ m-2) ...

Solar Radiation Effects on Dry Matter Accumulations and Transfer in ...

Modern maize grain yield improvements are highly dependent on increasing plant density while enabling the plants to intercept more solar ...

Effects of plant density on the aboveground dry matter ... - Altmetric

Effects of plant density on the aboveground dry matter and radiation-use efficiency of field corn. · Mentioned by · Citations · Readers on.

Optimizing the nitrogen application rate and planting density to ...

Modifying planting density affects the competition for resources (light, water, and nutrients) within the crop population, thereby affecting plant architecture, ...

Optimum Planting Density Improves Resource Use Efficiency and ...

Increasing planting density significantly increased the leaf area index (LAI) and the amount of intercepted photosynthetically active radiation ...

Planting time and stand density effect on radiation interception and ...

A dense intercropping canopy structure improves water productivity by increasing transpiration relative to water losses due to soil evaporation, ...

Effect of drought and plant density on radiation interception ...

Fractional interception of radiation (f) and total above-ground dry matter accumulation (TDM) were measured throughout the growing season and TDM and seed ...

Effects of Solar Radiation on Dry Matter Distribution and Root ...

Therefore, modern cultivars have a high grain yield under a high planting density [46]. However, with the increase of planting density, light transmission ...

Effect of plant density on radiation use efficiency (RUE) of broccoli...

3). This suggests that, during most of the growing cycle, dry matter accumulation was an exponential function of the intercepted radiation (Turner, 2003), and ...

The impact of plant density and spatial arrangement on light ...

Plant densities effectiveness depends on the increase of LAI to the optimum LAI and increase in aboveground dry matter with any further increase ...

Radiation-use efficiency and dry matter partitioning of a young olive ...

Values of LPCb and WPCb at each planting density indicate that young olive trees (non-bearing) invest more aboveground biomass in supporting organs than in ...

Radiation-Use Efficiency in Biomass Accumulation Prior to Grain ...

cepted was taken as the mean for all measurements for a population. Dry-matter harvests consisted of the above-ground portions of all plants in a 1-m length ...

Protective Agriculture Production Series: Plant density ...

There is a direct relationship between the interception of solar radiation and plant biomass production (Black, 1957; Francis and Decoteau, 1993 ...

Coupling Effects of Optimized Planting Density and Variety Selection ...

Increasing plant density decreases maize dry matter per plant and can increase the yield through coordinating the growth of individuals and ...

Solar Radiation Interception, Dry Matter Production and Yield ...

was recorded by Samnut 10, while at 42 - 87 DAP, plant density of75 cm×20 cmhad the highest light interception. Dry matter production increased with light ...

Dividing the pie: A quantitative review on plant density responses

(2015) who grew Zea mays at 12 densities, ranging from 1.5 to 18 plants per square metre. Total Dry Mass per unit ground Area (TDMA, g m−2) at ...