Do legumes and non-legumes tree species affect soil properties in unmanaged forests and plantations in Costa Rican dry forests?

Agriculture & Biology

• dry forests 97%
• soil properties 78%
• plantations 66%
• legumes 63%
• mineralization 46%
• secondary forests 37%
• Leptolobium panamense 33%
• soil 31%
• tree crown 30%
• Quercus oleoides 30%
• Dalbergia retusa 30%
• soil nutrient dynamics 25%
• Dalbergia 24%
• labile carbon 24%
• Swietenia macrophylla 23%
• Gliricidia sepium 21%
• soil chemistry 21%
• tropical dry forests 20%
• habitats 18%
• forest soils 18%
• Costa Rica 16%
• nodulation 16%
• nutrient availability 16%
• soil nutrients 15%
• acid phosphatase 15%
• soil water 13%
• nitrates 13%
• species diversity 12%
• enzyme activity 10%
• nitrogen 9%
• enzymes 7%

Earth & Environmental Sciences

• dry forest 95%
• plantation 71%
• soil property 68%
• secondary forest 26%
• mineralization 25%
• soil nutrient 24%
• soil 19%
• nodulation 18%
• soil chemistry 14%
• nutrient dynamics 14%
• habitat 13%
• monoculture 13%
• nutrient availability 12%
• phosphatase 12%
• enzyme activity 11%
• forest soil 11%
• tropical forest 11%
• rate 10%
• fixation 10%
• functional group 10%
• species diversity 10%
• soil moisture 9%
• enzyme 9%
• nitrate 8%
• effect 7%
• acid 7%
• nitrogen 6%
• carbon 6%

Medicine & Life Sciences

• Fabaceae 100%
• Forests 93%
• Soil 84%
• Dalbergia 32%
• Ecosystem 19%
• Crowns 19%
• Nutrients 14%
• Sepia 14%
• Quercus 14%
• Meliaceae 14%
• Costa Rica 12%
• Acid Phosphatase 10%
• Enzymes 9%
• Nitrates 9%
• Carbon 8%
• Nitrogen 8%