?url_ver=Z39.88-2004&rft_id=10.3390%2Fagriculture10010022&rft_val_fmt=info%3Aofi%2Ffmt%3Akev%3Amtx%3Adc&rft.relation=https%3A%2F%2Forgprints.org%2Fid%2Feprint%2F37830%2F&rft.title=Impact+of+Weather+Conditions+and+Farming+Systems+on+Size+Distribution+of+Starch+Granules+and+Flour+Yield+of+Winter+Wheat&rft.creator=Keres%2C+Indrek&rft.creator=Alaru%2C+Maarika&rft.creator=Talgre%2C+Liina&rft.creator=Luik%2C+Anne&rft.creator=Eremeev%2C+Viacheslav&rft.creator=Sats%2C+Andres&rft.creator=J%C3%B5udu%2C+Ivi&rft.creator=Riisalu%2C+Anu&rft.creator=Loit%2C+Evelin&rft.subject=+Food+security%2C+food+quality+and+human+health&rft.subject=Farm+nutrient+management&rft.description=The+size+distribution+of+wheat-grain+starch+granules+has+an+impact+on+the+yield+of+finne+flour.+The+aim+of+the+study+was+to+compare+the+impact+of+conventional+(mineral+fertilizers%2C+pesticides)+and+organic+farming+treatments+(cover+crops%2C+composted+cattle+manure)+on+(i)+the+size+distribution+of+starch+granules%2C+(ii)+the+level+of+the+first+break+whole+and+fine+flour+yield.+The+grain+samples+of+winter+wheat+cv+Fredis+were+taken+from+a+long-term+field+crop+rotation+experiment+established+in+2008+at+the+Estonian+University+of+Life+Sciences+in+Tartu+County+(58%C2%B022%E2%80%B2+N%2C+26%C2%B040%E2%80%B2+E)+on+Stagnic+Luvisol+soil.+The+weather+conditions+during+the+grain+filling+period+of+winter+wheat+had+a+strong+impact+(p+%3C+0.001)+on+the+grain+starch+granule+size+distribution.+The+proportion+of+starch+granules+with+a+smaller+diameter+(C-type+granules)+was+higher+in+years+with+a+longer+grain+filling+period.+The+size+distribution+of+starch+granules+was+not+influenced+by+farming+system.+The+increased+proportion+of+C-type+granules+increased+the+fine+flour+yield+significantly.+Fertilisation+with+organic+manure+and+twice+with+mineral+nitrogen+increased+significantly+the+mean+diameter+value+of+different+starch+granules.&rft.date=2020&rft.type=Journal+paper&rft.type=NonPeerReviewed&rft.format=application%2Fpdf&rft.language=en&rft.identifier=%2Fid%2Feprint%2F37830%2F1%2FKeres%2520et%2520al%25202020.pdf&rft.identifier=+++Keres%2C+Indrek%3B+Alaru%2C+Maarika%3B+Talgre%2C+Liina%3B+Luik%2C+Anne%3B+Eremeev%2C+Viacheslav%3B+Sats%2C+Andres%3B+J%C3%B5udu%2C+Ivi%3B+Riisalu%2C+Anu+and+Loit%2C+Evelin+++(2020)+Impact+of+Weather+Conditions+and+Farming+Systems+on+Size+Distribution+of+Starch+Granules+and+Flour+Yield+of+Winter+Wheat.+++Agriculture%2C+2020+(10)%2C+pp.+1-11.++++++++&rft.relation=10.3390%2Fagriculture10010022&rft.identifier=10.3390%2Fagriculture10010022&rft.doi=10.3390%2Fagriculture10010022