RT @SpringerPlants: #Wetlands #openaccess paper discusses Improving Hydric Soil Identification in Areas Containing Problematic Red Parent M…
RT @SpringerPlants: #Wetlands #openaccess paper discusses Improving Hydric Soil Identification in Areas Containing Problematic Red Parent M…
RT @SpringerEcology: #Wetlands #openaccess paper discusses Improving Hydric Soil Identification in Areas Containing Problematic Red Parent…
#Wetlands #openaccess paper discusses Improving Hydric Soil Identification in Areas Containing Problematic Red Parent Materials: a Nationwide Collaborative Mapping Approach https://t.co/aRKBNRku77 #SNWELA #SpringerNature #hydricsoil #redparentmaterial #wet
#Wetlands #openaccess paper discusses Improving Hydric Soil Identification in Areas Containing Problematic Red Parent Materials: a Nationwide Collaborative Mapping Approach https://t.co/hjivTqKRcI #SNWELA #SpringerNature #hydricsoil #redparentmaterial #wet
#Wetlands #openaccess paper discusses Improving Hydric Soil Identification in Areas Containing Problematic Red Parent Materials: a Nationwide Collaborative Mapping Approach https://t.co/yF7IFENkep #SNWELA #SpringerNature #hydricsoil #redparentmaterial #wet
Check out the current #wetlandsjournal w/ our #openaccess article on Red Parent Material soils across the US. Collaboration if the key to doing work at a national scale. >50 practitioners provided >100 soils from >450 locations! @ArmyERDC @UMDsoil
Improving Hydric Soil Identification in Areas Containing Problematic Red Parent Materials: a Nationwide Collaborative Mapping Approach Wetlands https://t.co/qiPze6rOPk https://t.co/wmdOXFcgA6
https://t.co/q4LJtrfngm Improving Hydric Soil Identification in Areas Containing Problematic Red Parent Materials: a Nationwide Collaborative Mapping Approach Abstract Hydric soil identification utilizes diagnostic morphologic features, including iron tr