Needle structures and epiphytic microflora of scots pine (Pinus sylvestris L.) Under heavy ammonia deposition from fur farming

Geo- ja ympäristötieteet

• fur 100%
• wax 89%
• pine 68%
• farm 68%
• ammonium 67%
• ammonia 63%
• phloem 60%
• ammonium compound 60%
• organism 54%
• soil acidification 52%
• damage 51%
• chloroplast 50%
• cytoplasm 46%
• frost 42%
• folding 38%
• transmission electron microscopy 37%
• alga 33%
• scanning electron microscopy 29%
• membrane 27%
• nutrient 26%
• cell 24%
• nitrogen 23%
• effect 18%

Teknikka ja materiaalitieteet

• Ammonia 85%
• Needles 84%
• Waxes 47%
• Farms 39%
• Ammonium compounds 38%
• Acidification 30%
• Algae 27%
• Nutrients 25%
• Nitrogen 18%
• Membranes 16%
• Scanning electron microscopy 15%
• Soils 15%

Kemialliset yhdisteet

• Needle Like Crystal 85%
• Ammonia 61%
• Wax 44%
• Soil Acidification 41%
• Ammonium Compound 26%
• Nutrient 21%
• Leaf Like Crystal 17%
• Ammonium 15%
• Transmission Electron Microscopy 13%
• Surface 12%
• Scanning Electron Microscopy 11%
• Modification 11%
• Amount 8%