oxalis pocock - PMC

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Select item 55624751.

Saudi medicinal plants for the treatment of scorpion sting envenomation

Abdulrahman Al-Asmari, Rajamohamed Abbas Manthiri, Nasreddien Abdo, Fawzi Abdullah Al-Duaiji, Haseeb Ahmad Khan

Saudi J Biol Sci. 2017 Sep; 24(6): 1204–1211. Published online 2016 Oct 20. doi: 10.1016/j.sjbs.2016.10.010

PMCID:: PMC5562475

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A snapshot of mid Eocene landscapes in the southern Central Andes: Spore-pollen records from the Casa Grande Formation (Jujuy, Argentina)

Mariano J. Tapia, Ezequiel E. Farrell, Lilia R. Mautino, Cecilia del Papa, Viviana D. Barreda, Luis Palazzesi

PLoS One. 2023; 18(4): e0277389. Published online 2023 Apr 5. doi: 10.1371/journal.pone.0277389

PMCID:: PMC10075436

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An annotated checklist of the vascular plants of Aberdare Ranges Forest, a part of Eastern Afromontane Biodiversity Hotspot

Solomon Kipkoech, David Kimutai Melly, Benjamin Watuma Muema, Neng Wei, Peris Kamau, Paul Muigai Kirika, Qingfeng Wang, Guangwan Hu

PhytoKeys. 2020; 149: 1–88. Published online 2020 Jun 3. doi: 10.3897/phytokeys.149.48042

PMCID:: PMC7286935

Abstract Article PDF–881K

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More than a Bit of Fun: The Multiple Outcomes of a Bioblitz

Sofie Meeus, Iolanda Silva-Rocha, Tim Adriaens, Peter M J Brown, Niki Chartosia, Bernat Claramunt-López, Angeliki F Martinou, Michael J O Pocock, Cristina Preda, Helen E Roy, Elena Tricarico, Quentin J Groom

Bioscience. 2023 Mar; 73(3): 168–181. Published online 2023 Mar 1. doi: 10.1093/biosci/biac100

Correction in:: Bioscience. 2023 May; 73(5): 389.

PMCID:: PMC10020829

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An annotated checklist of the vascular plants of Taita Hills, Eastern Arc Mountain

Benjamin Muema Watuma, Solomon Kipkoech, David Kimutai Melly, Veronicah Mutele Ngumbau, Peninah Cheptoo Rono, Fredrick Munyao Mutie, Elijah Mbadi Mkala, John Mulinge Nzei, Geoffrey Mwachala, Robert Wahiti Gituru, Guang-Wan Hu, Qing-Feng Wang

PhytoKeys. 2022; 191: 1–158. Published online 2022 Mar 1. doi: 10.3897/phytokeys.191.73714

PMCID:: PMC8904431

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Select item 42778536.

How exotic plants integrate into pollination networks

Daniel B Stouffer, Alyssa R Cirtwill, Jordi Bascompte, Ignasi Bartomeus

J Ecol. 2014 Nov; 102(6): 1442–1450. Published online 2014 Sep 18. doi: 10.1111/1365-2745.12310

PMCID:: PMC4277853

Abstract Article PDF–344K

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PMC Images search for Oxalis pocockiae

Figure 7.

Leaf base in four Oxalis species with varying morphologies. Oxalis pes-caprae (a,e), Oxalis bowiei (b,f), Oxalis megalorrhiza (c,g) and Oxalis ‘Otale’ (d,h). (a–d) General appearance, (e–h) Longitudinal hand sections, toluidine blue O stain. Arrows indicate a notch. Note the bent leaf base in Oxalis pes-caprae. Scale bars, 1 mm. AZ: abscission zone; V: vascular bundle. (Online version in colour.)

Autotomy in plants: organ sacrifice in Oxalis leaves

J R Soc Interface. 2019 Feb;16(151):20180737.
Fig. 2

Abundance and community composition of micro-organisms (bacteria and fungi) isolated from mucilage produced by Oxalis seedlings. a Number of bacterial and fungal morphotypes isolated from the mucilage produced per seedling, averaged across 12 Oxalis species per treatment. All symbols are significantly different at p < 0.0001. b Diversity and relative abundance of bacterial and fungal morphotypes associated with Oxalis mucilage. Each vertical bar represents percentage of each bacterial/fungal morphotype isolated across five seedling replicates per Oxalis species

Nitrogen-fixing bacteria and Oxalis – evidence for a vertically inherited bacterial symbiosis

BMC Plant Biol. 2019;19:441.
Fig. 3.Results of TPC and TFC of Oxalis corniculata Linn in different solvent extracts. Bar shows mean±SD with *0.05≥P, **0.01≥P, ***0.001≥P. Abbreviations: OC + Et 80 % - Oxalis corniculata Linn + Ethanol 80 %; AA + Et 80 % – Ascorbic Acid + Ethanol 80 %; OC + Mt 80 % - Oxalis corniculata Linn + Methanol 80 %; AA + Mt 80 % – Ascorbic Acid + Methanol 80 %; OC + dH2O 100 % - Oxalis corniculata Linn + Distilled water 100 %; AA + dH2O 100 % - Ascorbic Acid + Distilled water 100 %; OC - Oxalis corniculata Linn.

Isolation of bioactive compounds from low-cost agricultural resources and its utilization in daily life

Access Microbiol. 2024;6(6):000660.v4.
Figure 1First observations of Oxalis corniculata.

First observations of Oxalis corniculata globally based upon herbarium specimens, historic literature and paleobotanical research. The map uses the World Geographical Scheme for Recording Plant Distributions (). Areas were no records were discovered are coloured in green. Note that the scale used is non-linear to allow visualization of the differences in modern introduction dates. The map uses a Mollweide projection. Details of these records have been deposited in an open repository ().

The origin of Oxalis corniculata L.

PeerJ. 2019;7:e6384.