Could land-based early photosynthesizing ecosystems have bioengineered the planet in mid-Palaeozoic times?

Keyphrases

• Carbon Dioxide 100%
• Bioengineering 100%
• Land-based 100%
• Cryptogamic Cover 100%
• Tracheophytes 100%
• Cryptophytes 66%
• Ordovician-Silurian 66%
• Fungi 33%
• Modeller 33%
• Climate Change 33%
• Organic Carbon 33%
• Surface Roughness 33%
• Glaciation 33%
• Environmental Impact 33%
• Surface Albedo 33%
• Volcanism 33%
• Impact Evaluation 33%
• Cyanobacteria 33%
• Nitrogen Fixation 33%
• Rapid Turnover 33%
• Indirect Evidence 33%
• Decomposers 33%
• Atmospheric Oxygen 33%
• Succeeding 33%
• Small Fraction 33%
• Lichens 33%
• Abiotic Factors 33%
• Higher Plants 33%
• Photosynthetically Active Radiation 33%
• Minor Effect 33%
• Mega 33%
• Nitrogen Phosphorus 33%
• Bryophytes 33%
• Embryophytes 33%
• Organic Carbon Burial 33%
• Critical Survey 33%
• Temperature Water 33%
• Land Vegetation 33%
• Terrestrial Biomass 33%
• Carbon Burial 33%
• Middle Ordovician 33%
• Biological Crusts 33%
• Intractable Materials 33%
• Algae-bacteria 33%
• Microfossils 33%
• Ordovician 33%
• Geological Activity 33%
• Darriwilian 33%
• Paleogeography 33%
• Iron Surface 33%
• Late Ordovician 33%
• Radiation Temperature 33%
• Hirnantian 33%
• Ground Cover 33%
• Net Productivity 33%
• Cryptospores 33%
• Carbon Fixation 33%

Earth and Planetary Sciences

• Vascular Plant 100%
• Paleozoic 100%
• Carbon Dioxide 100%
• Vegetation 66%
• Silurian 66%
• Ordovician 66%
• Organic Carbon 66%
• Climate Change 33%
• Atmospherics 33%
• Albedo 33%
• Volcanism 33%
• Nitrogen Fixation 33%
• Ultraviolet Radiation 33%
• Water Temperature 33%
• Photosynthetically Active Radiation 33%
• Hirnantian 33%
• Ground Cover 33%
• Microfossil 33%
• Paleogeography 33%
• Carbon Fixation 33%
• Lithosphere 33%
• Middle Ordovician 33%
• Late Ordovician 33%
• Ordovician Period 33%
• Silurian Period 33%
• Abiotic Factor 33%
• Surface Roughness 33%
• Environmental Impact 33%
• Bryophyte 33%