The aerosols harboring microorganisms and viruses released from the wastewater system
into the air have greatly threatened the health and safety of human beings. The wastewater …

The globally important nature of wetland ecosystems has led to their increased protection
and restoration as well as their use in engineered systems. Underpinning the beneficial …

Humans have profoundly altered phosphorus (P) cycling across scales. Agriculturally driven
changes (eg, excessive P‐fertilization and manure addition), in particular, have resulted in …

Remote sensing, in combination with multivariate geostatistical methods, has the potential to
improve the prediction of soil properties at landscape scales. In the Everglades region, and …

The need to integrate environmental responses at the landscape scale is a reoccurring
theme in biogeochemistry and ecology. This linkage can be addressed by using …

Harmful algal blooms are increasingly common in aquatic ecosystems and have been linked
to runoff from agricultural land. This study investigated the internal nutrient (ie, phosphorus …

To help bridge information gap in supply response studies for Nigeria and inform policy
decision on how the demand-supply gap for rice in Nigeria could be bridged, the current …

While wetlands are known as long-term storages or sinks for contaminants, not all are
equally effective at trapping phosphorus (P). The prevalence of P-sink behavior in prairie …

Wetland soils are heterogenous in nature, and biogeochemical properties show different
spatial autocorrelation structures that translate into fine-and coarse-scale spatial patterns …

Nitrogen-fixing plants alter the chemical properties of the soil beneath plant canopies,
particularly by concentrating nitrogen-rich organic matter. We hypothesize that the presence …