Vaclav Stefan Teplicky on the origins and analysis of 17th century Utraquist prayer books

<p>D1, 75 plants m^-2; D2, 225 plants m^-2; D3, 375 plants m^-2; D4, 525 plants m^-2.</p

Golf - is it posh or for all?

Playing golf became a part of lifestyle of new dominant social and cultural groups but thanks to democratization tendencies and use as a business tool it opens up for more wide range of Czech society. Simultaneously the sporty heritors of golf tradition from the past before November 1989 last till today creating a core of Czech golfers space and teach newcomers the secrets of golf rules and etiquette. There are various groups in Czech golf space which differ from each other in the spirit of game, costs, but also in form of capital acquired. The first group is the mentioned one with long golf heredity. These players are holders of ideas in sense of golf rules, etiquette and skills. It was mainly social capital witch they obtained in golf space before November 1989 in their connections to golf community, nowadays it is according to their skills and traditional club membership symbolic capital. Together with this group it was a then power and wealth elite who started golf playing before November 1989. What its members drew from this activity was a symbolic capital when using golf playing as a demonstration of their wealth while nowadays it is mainly social capital which they can use. Newcomers into golf environment are mainly top executive managers and businessmen encountering golf as a part of..

Fitting equations of grain number per spikelet (y) at different spikelet positions (x) in two wheat cultivars, ‘Wennong6’ and ‘Jimai20’, grown under four different plant densities.

<p>Fitting equations of grain number per spikelet (y) at different spikelet positions (x) in two wheat cultivars, ‘Wennong6’ and ‘Jimai20’, grown under four different plant densities.</p

Fitting equations of single-grain weight (y, mg) for a specific grain position at different spikelet positions (x) in two wheat cultivars, ‘Wennong6’ and ‘Jimai20’.

<p>Fitting equations of single-grain weight (y, mg) for a specific grain position at different spikelet positions (x) in two wheat cultivars, ‘Wennong6’ and ‘Jimai20’.</p

Schematic diagram indicating the specific spikelet and grain positions analyzed in detail.

<p>Fertile and sterile spikelets are classified by whether or not there are grains in the spikelets. SS, sterile spikelets (SSN, number of sterile spikelets per spike); FS, fertile spikelets (FSN, number of fertile spikelets per spike); GNS, grain number per spikelet; SGW, single-grain weight; GWS, grain weight per spikelet.</p

Seed-setting traits of spike and yield components in two wheat cultivars, ‘Wennong6’ and ‘Jimai20’, grown under four different plant densities.

<p>Seed-setting traits of spike and yield components in two wheat cultivars, ‘Wennong6’ and ‘Jimai20’, grown under four different plant densities.</p

Seed-setting traits of main stem and tiller spikes in two wheat cultivars, ‘Wennong6’ and ‘Jimai20’, grown under four different plant densities.

<p>Seed-setting traits of main stem and tiller spikes in two wheat cultivars, ‘Wennong6’ and ‘Jimai20’, grown under four different plant densities.</p

Relationships between grain weight per spikelet, grain number, and single-grain weight at different spikelet positions in two wheat cultivars, ‘Wennong6’ and ‘Jimai20’.

<p>Relationships between grain weight per spikelet, grain number, and single-grain weight at different spikelet positions in two wheat cultivars, ‘Wennong6’ and ‘Jimai20’.</p

Plant Density Effect on Grain Number and Weight of Two Winter Wheat Cultivars at Different Spikelet and Grain Positions - Fig 7

<p>Single-grain weight of two-grain (A and B), three-grain (C and D), and four-grain (E) spikelets at different grain positions in two wheat cultivars, ‘Wennong6’ and ‘Jimai20’.</p

Mean square significance among treatments and interactions for grain yield and its component in winter wheat.

<p>Mean square significance among treatments and interactions for grain yield and its component in winter wheat.</p