The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne
0 sources
The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne
Summary
The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne is a master's thesis[1].
Key Facts
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne authored Mariann Brennan[2].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's instance of is recorded as master's thesis[3].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's publisher is recorded as UC Research Repository[4].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's DOI is recorded as 10.26021/7663[5].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's language of work or name is recorded as English[6].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's country of origin is recorded as New Zealand[7].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's publication date is recorded as +2017-00-00T00:00:00Z[8].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's main subject is recorded as Lolium perenne[9].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's main subject is recorded as biology[10].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's main subject is recorded as carbon storage[11].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's main subject is recorded as gibberellins[12].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's work available at URL is recorded as https://ir.canterbury.ac.nz/handle/10092/15070[13].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's Handle ID is recorded as 10092/15070[14].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's title is recorded as The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne[15].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's copyright holder is recorded as Mariann Brennan[16].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's thesis submitted to is recorded as University of Canterbury[17].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's on focus list of Wikimedia project is recorded as NZThesisProject[18].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's copyright status is recorded as copyrighted[19].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's online access status is recorded as open access[20].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's thesis committee member is recorded as Paula Jameson[21].
- The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's thesis committee member is recorded as Matthew Turnbull[22].
Body
Designation and Status
The effect of nitrate and gibberellin treatment on carbon storage and nitrogen uptake efficiency following defoliation of lolium perenne's instance of is recorded as master's thesis[3].