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The impact of plant row spacing on border effect in the case of spring wheat

100%

Bulinski J., Niemczyk H., Zowczak U.

Annals of Warsaw University of Life Sciences - SGGW. Agriculture

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2015

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nr 66 Agric.Forest Eng.

2

Weather-based spring wheat yielding forecasting

100%

Michalska B., Witos A.

Electronic Journal of Polish Agricultural Universities. Series Agronomy

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2000

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tom 03

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nr 2

The research draws on 1970-1998 decade rainfall, maximum, minimum and average air temperature, relative air humidity recorded at 1 p.m. and insolation; all of them reported by 6 Meteorological Office (IMGW) stations and by one agricultural meteorological station and on spring wheat yielding reports provided by Provincial Statistical Office (WUS). Multiple regression was used to define the relationship between yield and weather components over respective periods. The regression equations developed for the Zachodnie Pomorze Province can be applied to forecast spring wheat yielding. Preliminary forecasts are available late in May, whereas precise forecasts late in June and July.

3

The influence of soil compaction on grain quality and yield of spring wheat

100%

Mis A., Tarkiewicz S.

Fragmenta Agronomica

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1995

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tom 12

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nr 2

4

Electron paramagnetic resonance [EPR] investigations of laser induced free radicals in spring wheat grains

100%

Drozd D., Szajner H., Jezierski A.

International Agrophysics

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1999

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tom 13

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nr 3

5

Flour and bread quality of spring wheat cultivars (Triticum aestivum L.) sown at facultative and spring sowing dates

86%

Knapowski T., Ropinska P., Kazek M., Wenda-Piesik A.

Acta Scientiarum Polonorum. Agricultura

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2018

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tom 17

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nr 3

6

Examination of ability to androgenesis of spring wheat genotypes resistant to Fusarium

86%

Weigt D., Nawracala J., Popowska D., Nijak K.

BioTechnologia. Journal of Biotechnology Computational Biology and Bionanotechnology

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2012

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tom 93

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nr 2

7

Przed siewem pszenicy jarej

86%

Kurzynska B.

Biuletyn Informacyjno-Handlowy. Ośrodek Doradztwa Rolniczego Boguchwała

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1995

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nr 03

11

8

Economic evaluation of spring wheat production technology with different intensity levels

86%

Sulek A., Holubowcz-Kliza G., Nierobca P., Jaskiewicz B.

Annals of the Polish Association of Agricultural and Agrobusiness Economists

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2021

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tom 23

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nr 3

9

The androgenic response in anther culture of spring wheat is greater in genotypes with solid stem in contrast to genotypes with hollow stem

86%

Weigt D., Kiel A., Nawracala J., Pluta M.

BioTechnologia. Journal of Biotechnology Computational Biology and Bionanotechnology

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2015

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tom 96

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nr 1

10

Influence of alternating low frequency magnetic field on improvement of seed quality

86%

Rochalska M., Grabowska-Topczewska K., Mackiewicz A.

International Agrophysics

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2011

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tom 25

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nr 3

11

Share of anthropophytes in the crop sequence: winter wheat - maize - spring wheat depending on tillage system

86%

Sekutowski T. R., Smagacz J.

Acta Agrobotanica

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2014

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tom 67

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nr 2

An experiment, conducted over the period 2008–2010, evaluated the effect of tillage system on the occurrence and species composition of anthropophytes in winter wheat, maize and spring wheat. Regardless of crop plant and tillage system, anthropophytes (73.9%), represented by archaeophytes and kenophytes, were the main component of the flora in the crops studied, whereas apophytes accounted for the remaining 26.1%. Most archaeophytes (13 species) were found in the spring wheat crop under no-tillage, while their lowest number (6 species) occurred in the spring wheat crop under conventional tillage. The only kenophyte, Conyza canadensis, was found to occur in the spring wheat and maize crops in the no-tillage system. The following taxa were dominant species among archeophytes: Geranium pusillum, Anthemis arvensis, and Viola arvensis (regardless of tillage system and crop plant), Anthemis arvensis (in spring wheat – conventional tillage), Echinochloa crus-galli and Setaria glauca (in maize – reduced tillage and no-tillage), Chenopodium album (in maize – no-tillage) as well as Apera spica-venti, Anthemis arvensis and Papaver rhoeas (in winter wheat – no-tillage).

12

Siew pszenicy jarej

86%

Kurzynska B.

Biuletyn Informacyjno-Handlowy. Ośrodek Doradztwa Rolniczego Boguchwała

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2006

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nr 03

20-21

13

Similarities and differences between development of ear of spring wheat and triticale-consequences for culture in vitro

86%

Kozdoj J., Zagdanska B.

Acta Physiologiae Plantarum

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1997

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tom 19

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nr 2

14

Changing structure of Estonian wheat production

86%

Vooremae A.

Fragmenta Agronomica

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1995

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tom 12

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nr 2

15

Grain yield, dry matter and nitrogen accumulation in spring wheat cultivars differing in nutrients utilization efficiency

86%

Oracka T., Cieply J.

Polish Journal of Natural Sciences. Supplement

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2003

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tom 01

16

Productivity of spring triticale in pure sowing and in mixture with spring wheat

86%

Michalski T., Sulewska H.

Fragmenta Agronomica

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1995

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tom 12

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nr 2

17

Powdery mildew Erysiphe graminis f.sp.tritici reduction in mixtures of spring wheat cultivars in comparison with their pure stand

86%

Strzembicka A., Nadziak J.

Phytopathologia Polonica

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2001

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tom 22

18

Disease occurrence in mixtures of spring triticale and spring wheat

86%

Michalski T., Weber Z., Golebniak B., Osiecka B.

Phytopathologia Polonica

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1996

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tom 12

19

The effect of laser radiation on spring wheat properties

86%

Drozd D.

International Agrophysics

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1994

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tom 08

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nr 2

20

Resistance of spring wheat cultivars and lines to leaf rust

86%

Wisniewska H., Stepien L., Kowalczyk K.

Journal of Applied Genetics

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2003

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tom 44

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nr 3

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