Publikasjoner
NIBIOs ansatte publiserer flere hundre vitenskapelige artikler og forskningsrapporter hvert år. Her finner du referanser og lenker til publikasjoner og andre forsknings- og formidlingsaktiviteter. Samlingen oppdateres løpende med både nytt og historisk materiale. For mer informasjon om NIBIOs publikasjoner, besøk NIBIOs bibliotek.
2020
Sammendrag
Go bohccot, fuođđoeallit ja oamit galget rasttildit geainnuid ja ruovdemáđijaid, de dat ii álo mana nu bures. Eurohpás leat maŋemus 40 jagis lassánan elliidvuojáhallamat. Dasa lassin leat dat váttisvuohtan čálgoservodaga elliide ja olbmuide, mii mielddisbuktá maid stuora servodatekonomalaš goluid. Dál eai gávdno makkárge teknologalaš čovdosat mat sáhttet hehttet dakkár oktiibeaškkehemiid, earenoamážiid guovlluin gos leat garra, árktalaš dálvedálkkádagat. Dutkit leat dál hutkan ja geahččaladdan smávva enegiijaseastevaš rádiosáddenrusttegiid, mat leat čeabetbáttiid sisa heivehuvvon, ja mas lea dakkár vuogádat, mii galgá dieđihit biilavuddjiide go bohccot leat geaidnoguoras. Dieđihanvuogádat lea čájehan buriid bohtosiid dan golmma maŋemus dálvvi go leat geahččaladdan daid. Ulbmil dutkamiin lei geahččalit dieđihanvuogádaga doaibmasihkarvuođa ja oaidnit eastadeami ávkkálašvuođas árktalaš dálvedálkkádagain.
Sammendrag
Identification of stocktype attributes that speed up field establishment has potential to reduce rotation time of Christmas tree productions. Such morphological and physiological attributes can be targeted in the nursery production. This study tested the effects of container type and nursery seedling density on stocktype attributes at planting and the effects of these on field performance over two years in Abies lasiocarpa and A. nordmanniana Christmas tree stock. Nursery conditions had a considerable impact on seedling attributes at planting. Although sets of these correlated stocktype attributes contributed to forecast field performance, the predictive power was low. No simple relationships were found between plant biomass, stem diameter or height at planting and biomass at final harvest in either of the two species under the range of stocktype variation and field conditions tested. Contrary, stem diameter and stem height at planting explained some of the responses in stem diameter and height after two years in the field. Thus, any target seedling approach would have to be based on a combined set of stocktype attributes exploring more productive stocktypes. The differences observed between stocktypes were largely due to size differences and ontogenetic drift, and stocktypes converged towards a similar field phenotype over time.
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