Mineralogy and micromorphology of a late Neogene paleosol sequence at Langebaanweg, South Africa: Inference of paleoclimates

Earth & Environmental Sciences

• micromorphology 67%
• paleosol 57%
• paleoclimate 54%
• Neogene 51%
• mineralogy 45%
• Africa 39%
• Pliocene 14%
• Miocene 12%
• imogolite 8%
• sediment 7%
• allophane 7%
• palygorskite 7%
• sepiolite 7%
• halloysite 7%
• clay 6%
• laboratory method 6%
• Mediterranean climate 6%
• soil survey 6%
• Food and Agricultural Organization 6%
• parent material 5%
• paleoenvironment 5%
• muscovite 5%
• mica 5%
• thin section 5%
• climate conditions 5%
• chlorite 5%
• kaolinite 5%
• stack 4%
• stratigraphy 4%
• preserve 4%
• fabric 4%
• Holocene 4%
• Pleistocene 4%
• microstructure 4%
• fossil 3%
• erosion 3%
• carbonate 3%
• coast 3%
• climate change 3%
• climate 2%
• chemical 2%
• distribution 1%
• parameter 1%

Agriculture & Biology

• paleosolic soil types 100%
• mineralogy 78%
• microstructure 46%
• South Africa 46%
• sediments 14%
• illuviation 10%
• imogolite 10%
• clay 9%
• allophane 9%
• palygorskite 9%
• stratigraphy 9%
• chlorite (mineral) 9%
• muscovite 8%
• sepiolite 8%
• halloysite 8%
• soil surveys 7%
• kaolinite 7%
• mica 7%
• semiarid zones 6%
• laboratory techniques 6%
• Mediterranean climate 6%
• phase transition 6%
• carbonates 5%
• subtropics 5%
• fossils 5%
• preserves 5%
• climate change 4%
• coasts 4%