Management intensity and temporary conversion to other land-use types affect plant diversity and species composition of subtropical grasslands in southern Brazil

Keyphrases

• Land Use Type 100%
• Plant Species 100%
• Plant Diversity 100%
• Species Composition 100%
• Management Intensity 100%
• Southern Brazil 100%
• Subtropical Grasslands 100%
• Grassland 80%
• Permanent Grassland 80%
• Plant Species Composition 60%
• Secondary Grassland 60%
• Soil Conditions 40%
• Arable Fields 40%
• Grassland Species 40%
• Reintroduction 20%
• Brazil 20%
• Land Use 20%
• Linear Discriminant Analysis 20%
• Compositional Changes 20%
• Campos 20%
• Composition Condition 20%
• Abiotic Components 20%
• Biotic Components 20%
• Traditional Management 20%
• Plant Species Diversity 20%
• Abiotic Conditions 20%
• Species List 20%
• Plantation 20%
• Pine Plantation 20%
• Rio Grande Do Sul 20%
• Low Diversity 20%
• Highland Grasslands 20%
• Characteristic Species 20%
• Indicator Species Analysis 20%
• Typical Grassland 20%
• Grassland Management Intensity 20%
• Near-natural 20%
• Media Managers 20%

Agricultural and Biological Sciences

• Grassland 100%
• Land Use 100%
• Permanent Grasslands 30%
• Soil Quality 15%
• Plantation 15%
• Pinus 7%
• Indicator Species 7%
• Abiotic Component 7%
• Discriminant Analysis 7%
• Grassland Management 7%