New Roots for Restoration Biology Integration Institute
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New Roots for Restoration Biology Integration Institute
Developing Root Trait Targets from Carbon/Nitrogen Dynamics of Kura Clover-Maize Intercrop Studies

Developing Root Trait Targets from Carbon/Nitrogen Dynamics of Kura Clover-Maize Intercrop Studies

Understand the root system architecture and intrinsic C allocation dynamics of Kura clover

Investigate suppression management effects on N availability to intercropped maize.

Characterize Kura-maize intercrop niche complementarity

Lead - Shayla Gunn (DDPSC)

Nitrogen Transfer from Alfalfa to Kernza and Pin Oak

Nitrogen Transfer from Alfalfa to Kernza and Pin Oak

Quantify how alfalfa takes up N, then transfers N to Kernza and pin oak through its litter material

Learn how N is stored in different parts of Kernza and pin oak plants

Lead - Ranjith Udawatta (MU)

Plant Community Composition, Diversity, and Precipitation Effects on Carbon Retention and Loss in Grassland Soils

Plant Community Composition, Diversity, and Precipitation Effects on Carbon Retention and Loss in Grassland Soils

Test whether root decomposition or exudates generate greater soil microbial respiration

Lead - Laura Podzikowski (KU)

Using Perennial Polycultures as a Stepping Stone Between Degraded Land and Restored Native Ecosystem

Using Perennial Polycultures as a Stepping Stone Between Degraded Land and Restored Native Ecosystem

Determine whether planting Kernza can improve the growth, nutrient uptake, and water use of subsequently planted grasses, forbs, and legumes

Lead - Leila Rquibi (CBG)

Understanding Influences and Causality in Plant Root Trait-Root Microbiome Relationships

Understanding Influences and Causality in Plant Root Trait-Root Microbiome Relationships

Analysis to understand the influences of plant traits on the root microbiome and the influence of the root microbiome on root traits

Lead - Alicia Foxx (CBG)

Effects of Perennial Crops on Soil Health

Effects of Perennial Crops on Soil Health

Measure microbial community structure to understand the relationships between organic carbon and microbial communities of Kernza and alfalfa grown in biculture

Lead - Ranjith Udawatta (MU)

Automated Petal Counting and Yield Estimates in Silphium

Automated Petal Counting and Yield Estimates in Silphium

Develop technology to automatically count Silphium petals

Determine whether petal counts correspond to seed counts to determine yield

Lead - Abby Stylianou (SLU)

Silphium Root Allocation Patterns in Response to Watering Regimes

Silphium Root Allocation Patterns in Response to Watering Regimes

Characterize development of Silphium roots in three time frames

Learn how roots and rhizomes respond to top-down and bottom watering regimes

Learn how above- and belowground traits vary over time.

Lead - Tyler Thrash (DDPSC/SLU)

Genotype-Microbiome Interactions Affecting Root Traits and Flood Tolerance

Genotype-Microbiome Interactions Affecting Root Traits and Flood Tolerance

Determine how host and microbiome relationships affect aerenchyma formation and tolerance to waterlogging.

Lead - Joel Swift (KU)

Evaluate Soil Water Dynamics Among Vegetation Types

Evaluate Soil Water Dynamics Among Vegetation Types

Determine how water use of Kernza (grown in biculture or with fertilizer) compares to water use of corn and soybean rotations.

Lead - Ranjith Udawatta (MU)

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Developing Root Trait Targets from Carbon/Nitrogen Dynamics of Kura Clover-Maize Intercrop Studies
Nitrogen Transfer from Alfalfa to Kernza and Pin Oak
Plant Community Composition, Diversity, and Precipitation Effects on Carbon Retention and Loss in Grassland Soils
Using Perennial Polycultures as a Stepping Stone Between Degraded Land and Restored Native Ecosystem
Understanding Influences and Causality in Plant Root Trait-Root Microbiome Relationships
Effects of Perennial Crops on Soil Health
Automated Petal Counting and Yield Estimates in Silphium
Silphium Root Allocation Patterns in Response to Watering Regimes
Genotype-Microbiome Interactions Affecting Root Traits and Flood Tolerance
Evaluate Soil Water Dynamics Among Vegetation Types

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