By gaining greater understanding and appreciation of wetland environments, managers have developed creative insights for waterfowl conservation. Among the most exciting new developments in the understanding of functional wetlands has been the recognition of the important roles of invertebrates in aquatic ecosystems. These roles include trophic linkage from primary production to secondary consumers such as waterfowl, packaging of specific nutritional components such as amino acids and micronutrients for vertebrate predators, and detrital processing of wetland organic material. Although specific invertebrate responses to various management techniques are not always predictable and may differ among invertebrate species, patterns related to wat...
Waterfowl are a diverse group of birds that have widely divergent requirements for survival and recr...
Efforts to establish wetlands through restoration and creation actions have increased in recent deca...
A wide diversity of plants has adapted to the dynamic nature of wetlands. The continually changing f...
By gaining greater understanding and appreciation of wetland environments, managers have developed c...
Aquatic invertebrates play a critical role in the diet of female ducks during the breeding season. M...
Aquatic invertebrates play a critical role in the diet of female ducks during the breeding season. M...
Aquatic invertebrates play a critical role in the diet of female ducks during the breeding season. M...
As the importance of invertebrates to waterbird nutrition and detrital processing has become increas...
Wetlands are among the most productive ecosystems on earth (Fig. 1) and are often characterized by l...
Wetlands are among the most productive ecosystems on earth (Fig. 1) and are often characterized by l...
Wetland habitats in the United States currently are lost at a rate of 260,000 acres /year (105,218 h...
Wetland habitats in the United States currently are lost at a rate of 260,000 acres /year (105,218 h...
A wide diversity of plants has adapted to the dynamic nature of wetlands. The continually changing f...
A wide diversity of plants has adapted to the dynamic nature of wetlands. The continually changing f...
A wide diversity of plants has adapted to the dynamic nature of wetlands. The continually changing f...
Waterfowl are a diverse group of birds that have widely divergent requirements for survival and recr...
Efforts to establish wetlands through restoration and creation actions have increased in recent deca...
A wide diversity of plants has adapted to the dynamic nature of wetlands. The continually changing f...
By gaining greater understanding and appreciation of wetland environments, managers have developed c...
Aquatic invertebrates play a critical role in the diet of female ducks during the breeding season. M...
Aquatic invertebrates play a critical role in the diet of female ducks during the breeding season. M...
Aquatic invertebrates play a critical role in the diet of female ducks during the breeding season. M...
As the importance of invertebrates to waterbird nutrition and detrital processing has become increas...
Wetlands are among the most productive ecosystems on earth (Fig. 1) and are often characterized by l...
Wetlands are among the most productive ecosystems on earth (Fig. 1) and are often characterized by l...
Wetland habitats in the United States currently are lost at a rate of 260,000 acres /year (105,218 h...
Wetland habitats in the United States currently are lost at a rate of 260,000 acres /year (105,218 h...
A wide diversity of plants has adapted to the dynamic nature of wetlands. The continually changing f...
A wide diversity of plants has adapted to the dynamic nature of wetlands. The continually changing f...
A wide diversity of plants has adapted to the dynamic nature of wetlands. The continually changing f...
Waterfowl are a diverse group of birds that have widely divergent requirements for survival and recr...
Efforts to establish wetlands through restoration and creation actions have increased in recent deca...
A wide diversity of plants has adapted to the dynamic nature of wetlands. The continually changing f...