Genetic variation in nutrient uptake and nutrient use efficiency of oil palm

Ollivier, Jean; Flori, Albert; Cochard, Benoît; Amblard, Philippe; Turnbull, N.; Syahputra, Indra; Suryana, Edyana; Lubis, Zulkifli; Surya, Erwanda; Sihombing, Edison; Gasselin, Durand T.

doi:10.1080/01904167.2016.1262415

Cited by 18 publications

(27 citation statements)

References 10 publications

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“…Indeed, differences in susceptibility have been found between progenies and between clones for different minerals (Cochard et al, 2005;Ollivier et al, 2016). However, whether those differences in behaviour reflect different needs remains to be demonstrated.…”

Section: Breeding For Improved Mineral Nutrition Under Climate Changementioning

confidence: 99%

“…Also, a strong challenge will be to successfully plant oil palm in areas that will not be the most favourable any more while preserving regions harbouring valuable biodiversity. Under Genotype Â Environment trials, the Genetics Â Mineral Nutrition interaction is being considered (Ollivier et al, 2016). Mycorrhizal infection may increase with warmer temperatures, and lower effects of N and P limitation in nutrient-poor soils (adapted from Pilbeam, 2015).…”

Section: Breeding For Improved Mineral Nutrition Under Climate Changementioning

confidence: 99%

“…A remobilization of nitrogen and micronutrients within the plants will be required. Prolonged root uptake and better remobilization of nutrients are targets for breeding, provided there is sufficient plasticity of these characteristics in the oil palm for increases in efficiency to be achieved (Ollivier et al, 2016). Planters (either smallholders or large estates) are seeking planting material adapted to the climatic conditions surrounding their fields thus breeders' responses need to be adapted as well.…”

Section: Introductionmentioning

confidence: 99%

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Breeding the oil palm (Elaeis guineensisJacq.) for climate change

Rival¹

2017

OCL

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-Breeding the oil palm (Elaeis guineensis Jacq.) for climate change requires multidisciplinary and collaborative research by nature: indeed -besides genetics and structural and functional genomics -almost all disciplines related to life sciences are involved. Research work also relies on the identification of genetic variation in the strategies of response to stress developed by the plant: this implies the exploration of resources provided by natural variation, germplasm collections, selected genitors from breeding programs together with material of interest collected from smallholders. The phenotyping of selected plant material under biotic/abiotic stress will involve new methods for high-throughput phenotyping and genomic approaches will be followed for the identification of genes underlying the variation of traits which will be used as selection targets. Also, improvements in understanding how climate change may influence chemical and physical processes in soils, how this may affect nutrient availability, and how the plant responds to changed availability of nutrients will also influence oil palm breeding programs. Molecular approaches and tools have great potential to optimize patterns of plant breeding, especially for perennial species. In recent years, there has been an exponential increase in molecular resources and methods aimed at identifying polymorphisms which control the traits of interest and exploring the mechanisms linking these polymorphisms to phenotypes. With genomic resources becoming increasingly available for the oil palm (sequencing, resequencing and chips development) the exploration of the genetic basis of complex traits such as oil yield or resistance to disease is now possible. Consequently the availability and sharing of such a large amount of data is currently reshaping most of oil palm breeding strategies.Keywords: adaptability / drought / genomics / phenotyping / plasticity / polymorphism / sex ratio Résumé -Sélection génétique du palmier à l'huile ( Elaeis guineensis Jacq. ) et changement climatique.La sélection génétique du palmier à huile pour faire face au changement climatique exige par nature une recherche pluridisciplinaire et collaborative : en effet, outre la génétique et la génomique structurelle et fonctionnelle, presque toutes les disciplines liées aux sciences de la vie sont impliquées. Ce travail de recherche intégratif nécessite également de pouvoir estimer la variation génétique dans les processus de réponse au stress développés par les plantes : il implique une exploration des ressources offertes par la variation génétique naturelle, les collections de germoplasme, les meilleurs géniteurs issus des programmes de sélection, ainsi que par le matériel d'intérêt recueilli auprès des petits exploitants. Le phénotypage du matériel végétal sélectionné sous stress biotique ou abiotique va impliquer de nouvelles méthodes de phénotypage à haut débit et des approches génomiques devront être suivies pour l'identification des gènes à la source de variations dans des car...

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Section: Breeding For Improved Mineral Nutrition Under Climate Changementioning

confidence: 99%

Section: Breeding For Improved Mineral Nutrition Under Climate Changementioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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Breeding the oil palm (Elaeis guineensisJacq.) for climate change

Rival¹

2017

OCL

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“…In order to reach such high productivity, nutrient such as N, P, K, Mg, and B are needed in most soil (Ng, 1997). Deficiency of this nutrient can lower the production (Woittiez et al, 2017), but nutrient criteria and end production depend on the type of soils (Goh, 2005) and plants necessity (Ollivier et al, 2017).…”

Section: Resultsmentioning

confidence: 99%

The Effectiviness of Organic Method for Increasing the Productivity of Oil Palm That Is Infected by Ganoderma

Surija¹,

Bastian²

2020

JAS

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The usage of organic fertilizer is expected to help developing organic plantation so that it can produce organic CPO and other organic derivate. Our study used organic fertilizer SUPER MOAF (Multi Organic Alkali Fertilizer), biopesticide and biofungiside CHIPS (Colony Highly Invasive Protection System) that is manufactured by PT. Propadu Konair Tarahubun. We conducted this study in 7 different plantation: Kecamatan Langgam, Riau block K and L with the plantation year of 2011; Kecamatan Bila Hilir, North Sumatra block DO and CO with the plantation year of 2011; Kecamatan Langgam, Riau block J and I with the plantation year of 2010; Kecamatan Long Iklis, East Kalimantan block 26 and 27 with the plantation year in 2002; Kecamatan Sei Kijang, Riau block M12 and N12 with the plantation year of 2005; Kecamatan Langgam, Riau block F and H with the plantation year of 2009; Kecamatan Teluk Dalam, North Sumatra block R and M with the plantation year of 2006. All plantation is given the same treatment: nonorganic fertilizer in control block (L, CO, I, 27, N12, H, and M) and switching from using Non-organic fertilizer to MOAF organic fertilizer in experiment block (K, DO, J, 26, M12, F, and R), this study is conducted for 4-5 years (2014-2018). The switching from nonorganic fertilizer to organic fertilizer is done in 2015, except for the oil palm that the plantation year is in 2011 is done in 2016. After switching from Non-organic to organic fertilizer, in the experiment blocks, show increasing of production (26.47%-88.33%) per Ha meanwhile the control block show increasing of production (4.21%-38.76%) per Ha. Fertilizer is given to the tree that has infected by disease, damaged, and have to be replanted because of Ganoderma invasion. Using MOAF organic method can also increase the production approximately 64.34%-110.77% from PPKS production standard in palm oil that has been infected by Ganoderma. Using MOAF fertilizer, biopesticide, and biofungiside CHIPS are not only recovering the palm oil that is expected to collapse soon because of Ganoderma infection but also maximize the production that is similar to healthy palm oil. Organic method is an efficient and effective way to help increasing the production of palm oil and environmental sustainability even in Ganoderma infection condition.

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“…Another important finding from Ollivier et al [114] demonstrated that the oil palm plant nutrient levels are genotypedependent. According to their study, under the same growing conditions and with a similar fertilizer regime, planting materials were significantly different in most of the nutrient concentrations of the organs observed.…”

Section: Oil Palm Omics Research Related To Yieldmentioning

confidence: 99%

Review: Omics and Strategic Yield Improvement in Oil Crops

Teh

Neoh

Ithnin

et al. 2017

J Americ Oil Chem Soc

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Crop yield improvement is essential for feeding the growing world population without concomitant increases in land allocated to agriculture. Oil crops are critical components of food supply as well as non-food applications. Oil palm is of particular value due to its significantly higher yield per unit area of land as compared to other oil crops. In the context of sustainable production of edible oils, this review will discuss the role of biochemical-omics techniques, including metabolomics, transcriptomics and proteomics research for yield improvement through plant breeding; in particular, the unique challenges of the mesocarp-oil bearing perennial crop, oil palm, are specifically discussed along with perspectives on what is needed for future crop improvement. Future oil crop improvement will need to go beyond classical trait selection, and omics research needs to go beyond looking at oil biosynthesis and fruit development. We need to explore carbon supply and flux, plant stress response, nutrient uptake and water use through a combination of genetics, biochemistry, epigenetics and gene interaction coupled to more detailed and continuous phenotypic data analysis.

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Genetic variation in nutrient uptake and nutrient use efficiency of oil palm

Cited by 18 publications

References 10 publications

Breeding the oil palm (Elaeis guineensisJacq.) for climate change

Breeding the oil palm (Elaeis guineensisJacq.) for climate change

The Effectiviness of Organic Method for Increasing the Productivity of Oil Palm That Is Infected by Ganoderma

Review: Omics and Strategic Yield Improvement in Oil Crops

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