The tallgrass prairie ecosystem of the North American Corn Belt region has experienced major alteration of hydrologic systems, nearly complete loss of natural perennial vegetation, and concomitant decline in species due to agricultural intensification. In this working landscape, restoration to pre-European settlement conditions is doubtful. However, current research posits that restoring strategically placed patches of perennial cover across agricultural watersheds, such as stream buffers, wetlands and prairies, as well as instituting more diverse cropping rotations, could bolster current ecological function and enhance the conservation of species. These studies also suggest that such restoration might increase socio-economic resilience in ...
Over the last decade or so there has been an awakening, much like the blossoming of life that happen...
Soil and water conservation practices have been identified as viable solutions for reducing the nega...
Ecological restorations have become increasingly important as humans have made irreversible changes ...
Crop production and prevailing farming practices have greatly reduced biodiversity and nearly elimin...
Conservation of ecosystem services in agricultural regions worldwide is foundational to, but often p...
Extreme prairie habitat loss in Iowa due to the conversion of land to agricultural fields has result...
Based on findings of this project, the adaptive landscape changes needed to significantly incorporat...
It is increasingly recognized that agricultural policies and programs should strive to improve the m...
In the last 200 yr, more than 80% of the land in the U.S. Corn Belt agro-ecosystem has been converte...
Agriculture in Iowa owes its immense productivity to an extreme trade-off. Once, perennial prairie c...
Tallgrass prairie once covered over 85% of the total land area of the state of Iowa. Currently, less...
Understanding the interplay between ecological and social factors across multiple scales is integral...
Tallgrass prairie once dominated most of mid-continent North America. Conversion of this prairie to ...
Prairies have been termed the nation\u27s most endangered ecosystem. Tallgrass prairies especially h...
Iowa\u27s tallgrass prairies, the once dominant vegetation, were replaced by crops so that ...
Over the last decade or so there has been an awakening, much like the blossoming of life that happen...
Soil and water conservation practices have been identified as viable solutions for reducing the nega...
Ecological restorations have become increasingly important as humans have made irreversible changes ...
Crop production and prevailing farming practices have greatly reduced biodiversity and nearly elimin...
Conservation of ecosystem services in agricultural regions worldwide is foundational to, but often p...
Extreme prairie habitat loss in Iowa due to the conversion of land to agricultural fields has result...
Based on findings of this project, the adaptive landscape changes needed to significantly incorporat...
It is increasingly recognized that agricultural policies and programs should strive to improve the m...
In the last 200 yr, more than 80% of the land in the U.S. Corn Belt agro-ecosystem has been converte...
Agriculture in Iowa owes its immense productivity to an extreme trade-off. Once, perennial prairie c...
Tallgrass prairie once covered over 85% of the total land area of the state of Iowa. Currently, less...
Understanding the interplay between ecological and social factors across multiple scales is integral...
Tallgrass prairie once dominated most of mid-continent North America. Conversion of this prairie to ...
Prairies have been termed the nation\u27s most endangered ecosystem. Tallgrass prairies especially h...
Iowa\u27s tallgrass prairies, the once dominant vegetation, were replaced by crops so that ...
Over the last decade or so there has been an awakening, much like the blossoming of life that happen...
Soil and water conservation practices have been identified as viable solutions for reducing the nega...
Ecological restorations have become increasingly important as humans have made irreversible changes ...