FYNBOS

作品数：7被引量：9H指数：2
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Global dispersal and diversification of the genus Schoenus (Cyperaceae) from the Western Australian biodiversity hotspot被引量：2
《Journal of Systematics and Evolution》2021年第4期791-808,共18页Tammy L.Elliott Ruan van Mazijk Russell L.Barrett Jeremy J.Bruhl Simon Joly Ngalirendwe Muthaphuli Karen L.Wilson A.Muthama Muasya 
by funds granted to TLE from the Fonds de recherche du Québec-Nature et technologies(FQRNT);the University of Cape Town(Smuts Memorial Botanical Fellowship);the International Association for Plant Taxonomy,as well as to AMM from the University of Cape Town and the Foundational Biodiversity Information Programme(FBIP);the South African National Research Foundation(NFR:grant 104879).
The predominantly austral genus Schoenus L.is the largest genus in tribe Schoeneae and one of the ten most species-rich Cyperaceae genera,with over 150 accepted species found mostly in Australia,New Zealand,southeast ...
关键词：ancestral area reconstruction austral BIOGEOGRAPHY Cape clade dispersal DIVERSIFICATION FYNBOS kwongan PHYLOGENETICS sclerophyllous 
Bacterial communities associated with natural and commercially grown rooibos (Aspalathus linearis)
《Pedosphere》2020年第6期778-790,共13页Casparus J.BRINK Anneke POSTMA Etienne SLABBERT Ferdinand POSTMA A.Muthama MUASYA Karin JACOBS 
supported by the National Research Foundation Biodiversity Information Program:Biodiversity Surveys in Priority Inland Areas(FBIP)(South Africa)(No.87602);the National Research Foundation for funding the equipment based at the Central Analytical Facilities of Stellenbosch University,South Africa(No.74452)
Aspalathus linearis is a commercially important plant species endemic to the Cape Floristic Region of South Africa and is used to produce a herbal tea known as rooibos tea.Symbiotic interactions between A.linearis and...
关键词：bulk soil FYNBOS N-fixing bacterial community operational taxonomic unit rhizosphere soil 16S rRNA sequencing 
Relationship between acid phosphatase activity and P concentration in organs of Cyclopia and Aspalathus species,and a non-legume of the Cape Floristic Region
《Journal of Plant Ecology》2019年第2期387-392,共6页Sipho T.Maseko Felix D.Dakora 
The South African Research Chair in Agrochemurgy and PlantSymbioses, the National Research Foundation (No. 47720);theTshwane University of Technology are acknowledged for supportingthe research of F.D.D., and for providing a bursary to S.T.M. Weare grateful to the farmers (Mr Fritz Joubert and Mrs Rica Joubertat Koksrivier, and Mr Matie Taljaard and Mrs Erica Taljaard atKanetberg) for allowing us to collect plant and soil samples from theircommercial Honeybush tea plantations.
Aims The role of tissue acid phosphatase(APase)activity of legumes and non-legumes in their P nutrition and adaptation to low-P soils is not well understood.To better understand this,a relationship between APase activ...
关键词：Cape fynbos δ^(15)N Leucadendron strictum percent N derived from fixation P nutrition 
Impact of the Future Changing Climate on the Southern Africa Biomes, and the Importance of Geology
《Journal of Geoscience and Environment Protection》2017年第7期1-9,共9页Danni Guo Philip G. Desmet Leslie W. Powrie 
The Southern African biomes are complex biotic communities, with its distinctive plant and animal species, and are maintained under the suitable climatic conditions of the region. It includes the Fynbos Biome and the ...
关键词：CLIMATE Change BIOMES GEOLOGY Southern Africa Albany THICKET Desert FYNBOS Grassland Indian Ocean Coastal Belt Nama-Karoo Savanna Succulent KAROO 
Source of inorganic N affects the cost of growth in a legume tree species(Virgilia divaricata)from the Mediterrean-type Fynbos ecosystem
《Journal of Plant Ecology》2016年第6期752-761,共10页Anathi Magadlela María A.Pérez-Fernández Aleysia Kleinert Léanne L.Dreyer Alex J.Valentine 
DST/NRF-Center of Excellence for Tree Health and Biotechnology,based at the University of Pretoria.(grant number 85630)。
Aims In Mediterranean-type ecosystem,the Cape Fynbos,legumes may be able to switch between soil N and atmospheric N_(2) sources during growth to adjust the carbon costs of N acquisition.This study investigated the uti...
关键词：phosphate deficiency Virgilia divaricata N_(2)fixation mineral N C construction costs ASPARAGINE 
Nitrogen nutrition,carbon accumulation andδ^(13)C of Cyclopia and Aspalathus species in different settings of the Cape fynbos,South Africa被引量：1
《Journal of Plant Ecology》2016年第5期586-595,共10页Sipho T.Maseko Felix D.Dakora 
Aims Cyclopia and Aspalathus are legumes harvested for production of Honeybush and Rooibos tea,respectively.Farmers grow these species from either seeds or cuttings over several years with continuous annual harvesting...
关键词：Cyclopia subternata Cyclopia genistoides Koksrivier Kanetberg FYNBOS 
Plant Enzymes, Root Exudates, Cluster Roots and Mycorrhizal Symbiosis are the Drivers of P Nutrition in Native Legumes Growing in P Deficient Soil of the Cape Fynbos in South Africa被引量：6
《Journal of Agricultural Science and Technology(A)》2013年第5期331-340,共10页Sipho Thulane Maseko Felix Dapare Dakora 
The Cape fynbos is characterised by highly leached, sandy, acidic soils with very low nutrient concentrations. Plant-available P levels range from 0.4 μg P g-1 to 3.7 μg P g-I soil, and 1-2 mg N gl soil. Despite the...
关键词：Cape fynbos CYCLOPIA Aspalathus phosphorus MYCORRHIZA phosphatases. 
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