Plant Multi-element Coupling as an Indicator of Nutritional Mismatches Under Global Change

Keyphrases

• Global Change 100%
• Multi-element 100%
• Element Coupling 100%
• Plant Elements 100%
• Elevated CO2 66%
• Plant Tissue 66%
• Plant Micronutrients 66%
• Environmental Circumstance 33%
• Metabolism 33%
• Human Activities 33%
• Modeling Approach 33%
• Null Model 33%
• Low Water 33%
• South-eastern Australia 33%
• All Elements 33%
• Absolute Value 33%
• Ambient CO2 33%
• Main Drivers 33%
• Global Biogeochemical Cycles 33%
• Treatment Combination 33%
• Drivers of Change 33%
• P Addition 33%
• Understory 33%
• Macro-micronutrients 33%
• Coupling Degree 33%
• Eucalypt Forest 33%
• Mg-Ca 33%
• Chemical Elements 33%
• Soil Resource Availability 33%
• Plant Tissue Chemistry 33%
• Representative Range 33%
• Australian Soils 33%
• C-N-S 33%
• Changing Context 33%
• Coupling Patterns 33%
• Herbaceous Community 33%
• Coupling Element 33%

Earth and Planetary Sciences

• Carbon Dioxide 100%
• Global Change 100%
• Chemical Element 33%
• Australia 33%
• Trace Element 33%
• Resource Availability 33%
• Soil Resource 33%
• Biogeochemical Cycle 33%
• Understory 33%