chapter 1 Olfactory predators and odorants -- chapter 2 Detecting and locating prey through depositional odor trails -- chapter 3 Using airborne odorants to detect the presence of prey -- chapter 4 Using odor plumes to locate prey and the impact of convection -- chapter 5 Experimental evidence that updrafts and turbulence hinder the ability of predators to find prey using olfaction -- chapter 6 Turbulence caused by isolated surface features -- chapter 7 Turbulence over rough surfaces -- chapter 8 Turbulence within and below plant canopies -- chapter 9 Trade-offs required to achieve optimal hiding strategies -- chapter 10 Impact of olfactory predators on the behavior of female ungulates during parturition and on the behavior of their young -- chapter 11 Do nest site characteristics influence nest predation rates by olfactory predators? -- chapter 12 Do weather, convection, isolated surface features, or shelterbelts influence nest predation rates of olfactory predators? -- chapter 13 Do prairies, savannas, forests, or edge habitats influence nest predation rates of olfactory predators? -- chapter 14 Using the physics of airflow to redefine common ecological terms -- chapter 15 Epilogue.