Danielle L Cucchiara
Project Title : An Alternative to the Biotic Ligand Model to Explain Acute Toxicity of Binary Metal Mixtures to Daphnia magna
Time Commitment : 6-10 hours/week
Method : Unpaid
Possible Co-Authorship : Yes
College : College of Agricultural and Life Sciences
Danielle L. Cucchiara
Project Title : Daphnia magna as Molecular Bio-Sensors in Mine-Impacted Water Systems
Time Commitment : 11-15 hours/week, Variable
Method : Unpaid
Possible Co-Authorship : Yes
College : College of Agricultural and Life Sciences
Danielle Ivey
Project Title : Daphnia magna as Molecular Bio-Sensors in Mine-Impacted Water Systems
Time Commitment : 6-10 hours/week
Method : Unpaid
Possible Co-Authorship : Yes
College : College of Agricultural and Life Sciences
Danielle Ivey
Project Title : Daphnia behavior and culturing
Time Commitment : 11-15 hours/week, 6-10 hours/week
Method : Unpaid
Possible Co-Authorship : Yes
College : College of Agricultural and Life Sciences
Danielle Ivey
Project Title : Effect of metal mixtures on Daphnia genes
Time Commitment : 11-15 hours/week, 6-10 hours/week
Method : Unpaid
Possible Co-Authorship : Yes
College : College of Agricultural and Life Sciences
Danielle Ivey
Project Title : Daphnia Behavior Study
Time Commitment : 11-15 hours/week, 6-10 hours/week
Method : Unpaid
Possible Co-Authorship : Yes
College : College of Agricultural and Life Sciences