Vliv pastvy na výnos a botanické složení porostu – Jana Heverochová
Jana Heverochová
Diplomová práce
Vliv pastvy na výnos a botanické složení porostu
The influence of grazing on yield and botanical composition of sward
Anotace:
V polním pokuse v katastru Veselá (49 19'09''S, 15 13'21''V, 639 m n. m.) bylo na třech lokalitách pastevního areálu s různou polohou a typem porostu (transportní a akumulační zóna, trvalý travní porost nebo zatravněná orná půda) vybrány tři pokusné lokality Lokalita V1 - zatravněná orná půda v roce 2004, leží v nadmořské výšce 635 m, expozičně na jihozápad, V2 - trvalá louka, leží v nadmořské výšce 622 m., expozičně na jih a v akumulační zóně mikropovodí byla vybrána lokalita V3 - trvalá louka, která leží v nadmořské výšce 621 m expozičně na jih. Odběry vzorků ve čtyřech opakování na náhodných ploškách 1 x 1 m, byly rozebrány na trávy, jeteloviny a ostatní dvouděložné druhy - byliny. Poté byl stanoven váhový podíl trav, jetelovin a ostatních dvouděložných druhů. Získané výsledky byly vyhodnoceny multifaktoriální analýzou rozptylu Anova (LSD P 0,05) v programu Statgraphics verze XV. Naším cílem bylo zhodnotit vliv pastvy na výnos a složení trvale travního porostu na vybraných lokalitách ve třech letech využívání. Druhým cílem bylo posoudit, zda mohou být výnosy sušiny píce na pasených plochách nižší, stejné, ale i vyšší než na sečných loukách. Z našich výsledků je zřejmé, že rozdíl výnosu sušiny píce byl na pastevních plochách o 3 % vyšší než na sečných loukách. Největší závislost byla prokázána mezi výnosem a sečí. Nejvyšší výnos byl v 1. seči 3 t/ha a nejnižší výnos 1 t/ha byl ve 3. seči. Vliv stanoviště na výnos píce nebyl prokázán v žádném roce. Pastevní využití ovlivňuje podíl agrobotanických složek trvalého travního porostu intenzitou zátěže pastevní plochy, kde dochází v prvních letech po změně využívání trvalého travního, ke snížení podílu jetelovin. Ústup jetelovin je dán ústupem vytrvalého jetele lučního, který byl v původním porostu, než se začal porost pastevně využívat. Podíl agrobotanických skupin, byl průkazně ovlivněn pořadím seče a stanovištěm. Největší zastoupení trav byl ve 3. seči (83 %) a v 1. seči (71 %). Nejmenší zastoupení agrobotanické složky v sečích mají jeteloviny, které z porostu během tříletého pastevního využití výrazně ustoupily. Nejmenší podíl byl zaznamenán ve 3. seči (2 %) a v 1. seči (4 %) V závislosti na stanovišti V1 - horní --V3 -- dolní, je nejvíce zastoupena, podobně jako u seče, agrobotanická skupina trávy. Na lokalitě V3 -- dolní, byl podíl trav 84 % což je více než na lokalitě V1 -- horní, kde byl podíl trav 71 %. Podíl trav, jetelovin i ostatních bylinných 5 druhů závisí na konkrétních zastoupených druzích, jejich konkurenční schopnosti ve vyšších porostech nebo naopak v porostech, kde dochází ke komprimaci drnu. Závěrem lze konstatovat, že se pasený porost vyvíjí vlivem pastevního využití a jeho výnosy jsou dány nejen stářím (dobou od založení), vysetou směsí, ale i průběhem počasí. Za důležité považuji dodávání živin do porostů, abychom zvýšili výnos píce. Na závěr je třeba připomenout, že změna využití daných travních porostů trvala jen čtyři roky, takže rozdíly ve složení porostu nejsou dosud prokazatelné. …víceméněAbstract:
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with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage tree locations of pastoral area with different position and type growth (transport storage zone, permanent grassland or grasszone, permanent grassland or grass zone, permanent grassland or grass zone, permanent grassland or grass zone, permanent grassland or grass zone, permanent grassland or grass zone, permanent grassland or grass zone, permanent grassland or grasszone, permanent grassland or grasszone, permanent grassland or grass zone, permanent grassland or grass zone, permanent grassland or grasszone, permanent grassland or grass zone, permanent grassland or grass zone, permanent grassland or grasszone, permanent grassland or grasszone, permanent grassland or grasszone, permanent grassland or grass y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations y arable land) were chosen three experimantal locations Location V1 Location V1 Location V1 Location V1 Location V1 Location V1 -- grassy arable land in 2004 lies at altitude 635 m, exposuregrassy arable land in 2004 lies at altitude 635 m, exposuregrassy arable land in 2004 lies at altitude 635 m, exposuregrassy arable land in 2004 lies at altitude 635 m, exposure grassy arable land in 2004 lies at altitude 635 m, exposuregrassy arable land in 2004 lies at altitude 635 m, exposuregrassy arable land in 2004 lies at altitude 635 m, exposuregrassy arable land in 2004 lies at altitude 635 m, exposuregrassy arable land in 2004 lies at altitude 635 m, exposuregrassy arable land in 2004 lies at altitude 635 m, exposure grassy arable land in 2004 lies at altitude 635 m, exposure grassy arable land in 2004 lies at altitude 635 m, exposure grassy arable land in 2004 lies at altitude 635 m, exposure grassy arable land in 2004 lies at altitude 635 m, exposure grassy arable land in 2004 lies at altitude 635 m, exposuregrassy arable land in 2004 lies at altitude 635 m, exposure grassy arable land in 2004 lies at altitude 635 m, exposuregrassy arable land in 2004 lies at altitude 635 m, exposuregrassy arable land in 2004 lies at altitude 635 m, exposuregrassy arable land in 2004 lies at altitude 635 m, exposuregrassy arable land in 2004 lies at altitude 635 m, exposure grassy arable land in 2004 lies at altitude 635 m, exposure grassy arable land in 2004 lies at altitude 635 m, exposure grassy arable land in 2004 lies at altitude 635 m, exposuregrassy arable land in 2004 lies at altitude 635 m, exposure grassy arable land in 2004 lies at altitude 635 m, exposure grassy arable land in 2004 lies at altitude 635 m, exposuregrassy arable land in 2004 lies at altitude 635 m, exposuregrassy arable land in 2004 lies at altitude 635 m, exposure grassy arable land in 2004 lies at altitude 635 m, exposure-southwest, V2 southwest, V2 southwest, V2 southwest, V2 -- permanent meadow, lies at an altitude 622 m, exposure permanent meadow, lies at an altitude 622 m, exposure permanent meadow, lies at an altitude 622 m, exposure permanent meadow, lies at an altitude 622 m, exposure permanent meadow, lies at an altitude 622 m, exposure permanent meadow, lies at an altitude 622 m, exposure permanent meadow, lies at an altitude 622 m, exposure permanent meadow, lies at an altitude 622 m, exposure permanent meadow, lies at an altitude 622 m, exposurepermanent meadow, lies at an altitude 622 m, exposure permanent meadow, lies at an altitude 622 m, exposurepermanent meadow, lies at an altitude 622 m, exposure permanent meadow, lies at an altitude 622 m, exposurepermanent meadow, lies at an altitude 622 m, exposure permanent meadow, lies at an altitude 622 m, exposurepermanent meadow, lies at an altitude 622 m, exposure permanent meadow, lies at an altitude 622 m, exposure permanent meadow, lies at an altitude 622 m, exposure permanent meadow, lies at an altitude 622 m, exposurepermanent meadow, lies at an altitude 622 m, exposure permanent meadow, lies at an altitude 622 m, exposurepermanent meadow, lies at an altitude 622 m, exposure permanent meadow, lies at an altitude 622 m, exposurepermanent meadow, lies at an altitude 622 m, exposurepermanent meadow, lies at an altitude 622 m, exposurepermanent meadow, lies at an altitude 622 m, exposure -south and in accumulation zone of south and in accumulation zone of south and in accumulation zone of south and in accumulation zone of south and in accumulation zone of south and in accumulation zone of south and in accumulation zone of south and in accumulation zone of south and in accumulation zone of south and in accumulation zone of south and in accumulation zone of south and in accumulation zone of south and in accumulation zone of south and in accumulation zone of south and in accumulation zone of south and in accumulation zone of microbasin was chosen microbasin was chosenmicrobasin was chosen microbasin was chosen microbasin was chosen microbasin was chosenmicrobasin was chosenmicrobasin was chosenmicrobasin was chosen microbasin was chosen location V3 location V3 location V3 location V3 -- permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 permanent meadow, which lies at altitude 621 exposureexposureexposure -south. south. Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were Sampling was carried out in four repetitions at random facets 1 x m. Samples were analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species analyzed on the grass, clover and other dicotyledonous species -- herbs. The results obtained herbs. The results obtained herbs. The results obtained herbs. The results obtained herbs. The results obtained herbs. The results obtained herbs. The results obtained herbs. The results obtained herbs. The results obtained herbs. The results obtained herbs. The results obtained we re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program re evaluated by multifactorial analysis of variance Anova (LSD P 0,05) in program Statgraphics version XV.Statgraphics version XV. Statgraphics version XV. Statgraphics version XV. Statgraphics version XV.Statgraphics version XV. Statgraphics version XV. Statgraphics version XV.Statgraphics version XV. Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation Our goal was to evaluate the effect of grazing on yield and composition vegetation at selected locations in three years of use. The second goaat selected locations in three years of use. The second goa at selected locations in three years of use. The second goa at selected locations in three years of use. The second goa at selected locations in three years of use. The second goa at selected locations in three years of use. The second goaat selected locations in three years of use. The second goa at selected locations in three years of use. The second goa at selected locations in three years of use. The second goa at selected locations in three years of use. The second goa at selected locations in three years of use. The second goaat selected locations in three years of use. The second goa at selected locations in three years of use. The second goaat selected locations in three years of use. The second goaat selected locations in three years of use. The second goaat selected locations in three years of use. The second goaat selected locations in three years of use. The second goaat selected locations in three years of use. The second goa at selected locations in three years of use. The second goaat selected locations in three years of use. The second goa at selected locations in three years of use. The second goa at selected locations in three years of use. The second goaat selected locations in three years of use. The second goaat selected locations in three years of use. The second goa at selected locations in three years of use. The second goaat selected locations in three years of use. The second goaat selected locations in three years of use. The second goaat selected locations in three years of use. The second goaat selected locations in three years of use. The second goa at selected locations in three years of use. The second goaat selected locations in three years of use. The second goa l was to assess whether they can l was to assess whether they can l was to assess whether they can l was to assess whether they can l was to assess whether they can l was to assess whether they can l was to assess whether they can l was to assess whether they can l was to assess whether they can l was to assess whether they can l was to assess whether they can l was to assess whether they can l was to assess whether they can l was to assess whether they can l was to assess whether they can l was to assess whether they can forage dry matter yields on grazed plots less the same, but higher than in hay meadows. forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows. forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows. forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows. forage dry matter yields on grazed plots less the same, but higher than in hay meadows. forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows. forage dry matter yields on grazed plots less the same, but higher than in hay meadows. forage dry matter yields on grazed plots less the same, but higher than in hay meadows. forage dry matter yields on grazed plots less the same, but higher than in hay meadows. forage dry matter yields on grazed plots less the same, but higher than in hay meadows. forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows. forage dry matter yields on grazed plots less the same, but higher than in hay meadows. forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows. forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows.forage dry matter yields on grazed plots less the same, but higher than in hay meadows. By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing By our results it's obvious, that difference between forage dry matter yield was grazing areas by 3% higher than in hay meadows. The biareas by 3% higher than in hay meadows. The bi areas by 3% higher than in hay meadows. The biareas by 3% higher than in hay meadows. The bi areas by 3% higher than in hay meadows. The biareas by 3% higher than in hay meadows. The biareas by 3% higher than in hay meadows. The biareas by 3% higher than in hay meadows. The biareas by 3% higher than in hay meadows. The biareas by 3% higher than in hay meadows. The biareas by 3% higher than in hay meadows. The bi areas by 3% higher than in hay meadows. The biareas by 3% higher than in hay meadows. The biareas by 3% higher than in hay meadows. The bi areas by 3% higher than in hay meadows. The bi areas by 3% higher than in hay meadows. The biareas by 3% higher than in hay meadows. The bi areas by 3% higher than in hay meadows. The bi areas by 3% higher than in hay meadows. The biareas by 3% higher than in hay meadows. The biareas by 3% higher than in hay meadows. The bi areas by 3% higher than in hay meadows. The biareas by 3% higher than in hay meadows. The bi areas by 3% higher than in hay meadows. The bi areas by 3% higher than in hay meadows. The biareas by 3% higher than in hay meadows. The bi ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between ggest difference was demonstrated between yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/yield and mowing. The biggest was in the 1. mowing 3 t/ha smallest 1t/was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated was in the 3. mowing. The influence of habitat on forage yield has not been demonstrated any year. Pasture utilizationany year. Pasture utilizationany year. Pasture utilizationany year. Pasture utilizationany year. Pasture utilizationany year. Pasture utilizationany year. Pasture utilizationany year. Pasture utilizationany year. Pasture utilization any year. Pasture utilizationany year. Pasture utilizationany year. Pasture utilization any year. Pasture utilizationany year. Pasture utilization any year. Pasture utilization any year. Pasture utilizationany year. Pasture utilizationany year. Pasture utilizationany year. Pasture utilization affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with affects share of agrobotanical folders permanent grazing with intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to intensity of grazing area load which occurs in the first years after change use pasture to reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in reduce share of clovers. Retreat clovers is given by persistent red cloverm which was in native vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was ative vegetation before he began to stand on pasture use. Share of agrobotanical groups was significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses significantly influenced by order of moving and habitats. The largest representation grasses was in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest represwas in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest represwas in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest represwas in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest represwas in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest represwas in 3. mowing (83 %) and 1. 71 %). The smallest represwas in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest represwas in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest represwas in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest repres was in 3. mowing (83 %) and 1. 71 %). The smallest representation of entation of entation of agrobotanical folder in mowings have clovers which stand out during a threeagrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a threeagrobotanical folder in mowings have clovers which stand out during a threeagrobotanical folder in mowings have clovers which stand out during a threeagrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a threeagrobotanical folder in mowings have clovers which stand out during a threeagrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a threeagrobotanical folder in mowings have clovers which stand out during a threeagrobotanical folder in mowings have clovers which stand out during a threeagrobotanical folder in mowings have clovers which stand out during a threeagrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a threeagrobotanical folder in mowings have clovers which stand out during a threeagrobotanical folder in mowings have clovers which stand out during a threeagrobotanical folder in mowings have clovers which stand out during a three agrobotanical folder in mowings have clovers which stand out during a threeagrobotanical folder in mowings have clovers which stand out during a three-year year year year year pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) pasture utilization significantly subsised. The smallest share was noticed in 3. mowing (2 %) and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 and in the 1. mowing (4 %) depending on habitation V1 -- up per per per -- V3 -- lower is the most lower is the most lower is the most lower is the most lower is the most lower is the most 7 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 represented like in mowing, agrobotanical group of grass. In location V3 -- lower was share of lower was share of lower was share of lower was share of lower was share of lower was share of lower was share of lower was share of lower was share of lower was share of lower was share of grasses 84 % which is more than in location V1 grasses 84 % which is more than in location V1 grasses 84 % which is more than in location V1 grasses 84 % which is more than in location V1 grasses 84 % which is more than in location V1 grasses 84 % which is more than in location V1 grasses 84 % which is more than in location V1 grasses 84 % which is more than in location V1 grasses 84 % which is more than in location V1 grasses 84 % which is more than in location V1 grasses 84 % which is more than in location V1 grasses 84 % which is more than in location V1 -- upper, where was share of grasses 71 %. upper, where was share of grasses 71 %.upper, where was share of grasses 71 %. upper, where was share of grasses 71 %. upper, where was share of grasses 71 %. upper, where was share of grasses 71 %.upper, where was share of grasses 71 %. upper, where was share of grasses 71 %.upper, where was share of grasses 71 %. upper, where was share of grasses 71 %. upper, where was share of grasses 71 %.upper, where was share of grasses 71 %. upper, where was share of grasses 71 %. Share of grasses, clovers and other herbaceoShare of grasses, clovers and other herbaceo Share of grasses, clovers and other herbaceo Share of grasses, clovers and other herbaceoShare of grasses, clovers and other herbaceo Share of grasses, clovers and other herbaceo Share of grasses, clovers and other herbaceo Share of grasses, clovers and other herbaceoShare of grasses, clovers and other herbaceo Share of grasses, clovers and other herbaceo Share of grasses, clovers and other herbaceoShare of grasses, clovers and other herbaceo Share of grasses, clovers and other herbaceo Share of grasses, clovers and other herbaceoShare of grasses, clovers and other herbaceoShare of grasses, clovers and other herbaceoShare of grasses, clovers and other herbaceo Share of grasses, clovers and other herbaceoShare of grasses, clovers and other herbaceoShare of grasses, clovers and other herbaceous species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented us species depends on specific represented species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to species. Their competitive ability in higher growths or conversely where occurs to compression of sod.compression of sod. compression of sod. compression of sod. compression of sod. We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its We can conclude that the grazing of pasture vegetation develops due to use, and its revenues are grevenues are g revenues are grevenues are grevenues are grevenues are grevenues are g revenues are g revenues are g revenues are given not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also iven not only by age (time since the foundation), sown mixtures, but also course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. We consider it important supply nutrients into the stands to increase course of weather. 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We consider it important supply nutrients into the stands to increase forage yield.forage yield. forage yield. forage yield.forage yield.forage yield. forage yield. forage yield. 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is not yet proven.that differences in the composition of vegetation is not yet proven.that differences in the composition of vegetation is not yet proven.that differences in the composition of vegetation is not yet proven.that differences in the composition of vegetation is not yet proven.that differences in the composition of vegetation is not yet proven. that differences in the composition of vegetation is not yet proven. that …víceméně
Jazyk práce: čeština
Datum vytvoření / odevzdání či podání práce: 24. 4. 2015
Obhajoba závěrečné práce
- Vedoucí: prof. Ing. Miluše Svobodová, CSc.
- Oponent: Klára Čámská, externi
Citační záznam
Citace dle ISO 690:
HEVEROCHOVÁ, Jana. \textit{Vliv pastvy na výnos a botanické složení porostu}. Online. Diplomová práce. Praha: Česká zemědělská univerzita v Praze, Fakulta agrobiologie, potravinových a přírodních zdrojů. 2015. Dostupné z: https://theses.cz/id/8d4874/.
HEVEROCHOVÁ, Jana. <i>Vliv pastvy na výnos a botanické složení porostu</i>. Online. Diplomová práce. Praha: Česká zemědělská univerzita v Praze, Fakulta agrobiologie, potravinových a přírodních zdrojů. 2015. Dostupné z: https://theses.cz/id/8d4874/.
HEVEROCHOVÁ, Jana. Vliv pastvy na výnos a botanické složení porostu. Online. Diplomová práce. Praha: Česká zemědělská univerzita v Praze, Fakulta agrobiologie, potravinových a přírodních zdrojů. 2015. Dostupné z: https://theses.cz/id/8d4874/.
@MastersThesis{Heverochova2015thesis,
AUTHOR = "Heverochová, Jana",
TITLE = "Vliv pastvy na výnos a botanické složení porostu [online]",
YEAR = "2015 [cit. 2024-08-25]",
TYPE = "Diplomová práce",
SCHOOL = "Česká zemědělská univerzita v Praze, Fakulta agrobiologie, potravinových a přírodních zdrojůPraha",
NOTE = "SUPERVISOR: prof. Ing. Miluše Svobodová, CSc.",
URL = "https://theses.cz/id/8d4874/",
}
AUTHOR = "Heverochová, Jana",
TITLE = "Vliv pastvy na výnos a botanické složení porostu [online]",
YEAR = "2015 [cit. 2024-08-25]",
TYPE = "Diplomová práce",
SCHOOL = "Česká zemědělská univerzita v Praze, Fakulta agrobiologie, potravinových a přírodních zdrojůPraha",
NOTE = "SUPERVISOR: prof. Ing. Miluše Svobodová, CSc.",
URL = "https://theses.cz/id/8d4874/",
}
@MastersThesis{Heverochova2015thesis,
AUTHOR = {Heverochová, Jana},
TITLE = {Vliv pastvy na výnos a botanické složení porostu},
YEAR = {2015},
TYPE = {Diplomová práce},
INSTITUTION = {Česká zemědělská univerzita v Praze, Fakulta agrobiologie, potravinových a přírodních zdrojů},
LOCATION = {Praha},
SUPERVISOR = {prof. Ing. Miluše Svobodová, CSc.},
URL = {https://theses.cz/id/8d4874/},
URL_DATE = {2024-08-25},
}
AUTHOR = {Heverochová, Jana},
TITLE = {Vliv pastvy na výnos a botanické složení porostu},
YEAR = {2015},
TYPE = {Diplomová práce},
INSTITUTION = {Česká zemědělská univerzita v Praze, Fakulta agrobiologie, potravinových a přírodních zdrojů},
LOCATION = {Praha},
SUPERVISOR = {prof. Ing. Miluše Svobodová, CSc.},
URL = {https://theses.cz/id/8d4874/},
URL_DATE = {2024-08-25},
}
{{Citace kvalifikační práce | příjmení = Heverochová | jméno = Jana | instituce = Česká zemědělská univerzita v Praze, Fakulta agrobiologie, potravinových a přírodních zdrojů | titul = Vliv pastvy na výnos a botanické složení porostu | url = https://theses.cz/id/8d4874/ | typ práce = Diplomová práce | vedoucí = prof. Ing. Miluše Svobodová, CSc. | rok = 2015 | počet stran = | strany = | citace = 2024-08-25 | poznámka = | jazyk = }}
Plný text práce
Obsah online archivu závěrečné práce
Zveřejněno v Theses:- světu
Jak jinak získat přístup k textu
Instituce archivující a zpřístupňující práci: Česká zemědělská univerzita v Praze, Fakulta agrobiologie, potravinových a přírodních zdrojůČeská zemědělská univerzita v Praze
Fakulta agrobiologie, potravinových a přírodních zdrojůMagisterský studijní program / obor:
Rozvoj venkova a zemědělství / Rozvoj venkovského prostoru
Práce na příbuzné téma
Seznam prací, které mají shodná klíčová slova.
-
Botanické složení a výnos extenzivních pastvin pro koně
Kateřina Klosová -
Vliv výživného režimu půdy na botanické složení a kořenový systém lučního porostu
Eliška Krajčová -
Vliv pastvy na botanické složení pastevních porostů
Jan Klimeš -
Botanické složení květnatých trávníků
Vanda Marečková -
Vliv pastvy koní na botanické složení porostu
Kristýna Hrabětová -
Dlouhodobý vývoj botanického složení lučního porostu v závislosti na průběhu počasí
Tereza Červenková -
Hodnocení zatížení a botanická skladba pastevních porostů ve vybraném zemědělském podniku
Miroslava BÖHMOVÁ -
Vliv hnojení na výnos a botanickou skladbu trvalého travního porostu asociace Sanguisorba–Festucetum comutatae
František Heinz
Název
Vložil
Vloženo
Práva
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Co je jinak přidání souboru
Soubor nebo složku lze nahrát pomocí tlačítka Přidat. -
Co je jinak další operace se soubory
Podrobnosti lze zjistit označením příslušného řádku. -
Co je jinak pohled pro experty
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Co je nové vyhledávání souborů
Vyhledávaný výraz můžete zadat přímo do adresního řádku. -
Co je nové rychlý přístup k souborům
Pomocí funkce Nedávné je možné se rychle vrátit k právě prohlíženým souborům. Oblíbené soubory je také možné označit Hvězdičkou. -
Co se chystá
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