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- 01GM2Y132WQA6R4PBCXREE3ZHV classification A1.
- 01GM2Y132WQA6R4PBCXREE3ZHV date "2022".
- 01GM2Y132WQA6R4PBCXREE3ZHV language "eng".
- 01GM2Y132WQA6R4PBCXREE3ZHV type journalArticle.
- 01GM2Y132WQA6R4PBCXREE3ZHV hasPart 01GM35ZBBY0FEHKYHEH03AZZXW.pdf.
- 01GM2Y132WQA6R4PBCXREE3ZHV subject "Agriculture and Food Sciences".
- 01GM2Y132WQA6R4PBCXREE3ZHV doi "10.1007/s11104-022-05367-8".
- 01GM2Y132WQA6R4PBCXREE3ZHV issn "0032-079X".
- 01GM2Y132WQA6R4PBCXREE3ZHV issn "1573-5036".
- 01GM2Y132WQA6R4PBCXREE3ZHV issue "1-2".
- 01GM2Y132WQA6R4PBCXREE3ZHV volume "475".
- 01GM2Y132WQA6R4PBCXREE3ZHV abstract "Background and aims In oil palm, similar fertilization treatments can result in leaflet potassium and magnesium concentrations that vary significantly from one progeny to another. This hinders the development of standardized fertilizer recommendations for this crop, as they are usually calculated based on optimum leaflet nutrient concentrations. Methods Four high-yielding oil palm progenies with contrasting leaflet K and Mg concentrations (C1, C2, and C3 of Deli x La Me origin and C4 of Deli x Yangambi origin) were treated with combinations of three levels of KCl and MgSO4, in a completely randomized split-plot factorial design with six replicates, where progenies were a sub-factor. Results For a given level of KCl or MgSO4, different leaflet K and Mg concentrations were found between progenies (p < 0.0001). Leaflet K concentration and yield response to KCl applications revealed that the four oil palm progenies have different optimum leaflet K concentrations. In our study period (5-8 YAP), progenies C1 and C3 showed their highest fresh fruit bunch (FFB) yields (13.62 and 16.54 t ha(-1) year(-1), respectively) at K2, whereas progenies C2 and C4 showed their highest yields (14.62 and 12.39 t ha(-1) year(-1), respectively) at K1. Conclusion Our study highlighted specific optimum leaflet K and Mg concentrations for different oil palm progenies in a given environment. It paves the way for adopting K and Mg fertilizer application rates adapted to specific requirements of each type of oil palm planting material.".
- 01GM2Y132WQA6R4PBCXREE3ZHV author 3E858A1E-7F5A-11E5-86D6-42C3B4D1D7B1.
- 01GM2Y132WQA6R4PBCXREE3ZHV author A770ED46-4A66-11E8-BAD6-0A4B12A95AF2.
- 01GM2Y132WQA6R4PBCXREE3ZHV author F41064E8-F0ED-11E1-A9DE-61C894A0A6B4.
- 01GM2Y132WQA6R4PBCXREE3ZHV author F6E73BF6-F0ED-11E1-A9DE-61C894A0A6B4.
- 01GM2Y132WQA6R4PBCXREE3ZHV author urn:uuid:21d0982b-c9ec-4d5b-b5ec-3794851d409a.
- 01GM2Y132WQA6R4PBCXREE3ZHV author urn:uuid:448741f3-72c4-43d8-9aa2-7edea65a8fe7.
- 01GM2Y132WQA6R4PBCXREE3ZHV author urn:uuid:56c4edfe-7a46-4483-9301-4aa2dd9c049d.
- 01GM2Y132WQA6R4PBCXREE3ZHV author urn:uuid:9fc3250d-a9ed-4fbd-8880-f8cb93f0203f.
- 01GM2Y132WQA6R4PBCXREE3ZHV author urn:uuid:a734e754-799a-452c-a97f-0f5cae05f99f.
- 01GM2Y132WQA6R4PBCXREE3ZHV author urn:uuid:e17211f3-be3a-4946-aff0-c3895cbb720e.
- 01GM2Y132WQA6R4PBCXREE3ZHV author urn:uuid:ff149b43-eda7-49ce-a029-51f07dbbc24e.
- 01GM2Y132WQA6R4PBCXREE3ZHV dateCreated "2022-12-12T10:28:00Z".
- 01GM2Y132WQA6R4PBCXREE3ZHV dateModified "2024-10-29T08:49:55Z".
- 01GM2Y132WQA6R4PBCXREE3ZHV name "Oil palm (Elaeis guineensis Jacq.) genetic differences in mineral nutrition : specific leaflet mineral concentrations of high-yielding oil palm progenies and their implications for managing K and Mg nutrition".
- 01GM2Y132WQA6R4PBCXREE3ZHV pagination urn:uuid:bd7c5022-a6f6-49f0-b2e6-46bba2b63b21.
- 01GM2Y132WQA6R4PBCXREE3ZHV sameAs LU-01GM2Y132WQA6R4PBCXREE3ZHV.
- 01GM2Y132WQA6R4PBCXREE3ZHV sourceOrganization urn:uuid:f8a2e544-3ff2-4878-a8a6-9f7b455d5a4b.
- 01GM2Y132WQA6R4PBCXREE3ZHV type A1.