High‐density populations of large ungulates are now widespread. However, the perception
of overabundance only appears when it produces a problem for humans, such as a loss of …

Game damage to agriculture represents one of the most important and most frequent human–
wildlife conflicts worldwide. In Hungary and in the other European countries, damage …

Simple Summary The rapidly growing wild boar population has resulted in an increasing
rate of human–wildlife conflicts, including economic damage to crops or spreading African …

The directed deterrence hypothesis posits that secondary metabolites in ripe fruit function to
deter fruit consumption by vertebrates that do not disperse seeds, while not impacting …

Agricultural damage caused by wild ungulates can be economically very important
worldwide. In Europe, the impact of wild ungulates causes significant losses to crops, mainly …

Mammal herbivores, and specially deer, can cause severe damages to agriculture,
producing economic losses. Repellents based on odor, visual and/or taste stimuli have been …

For resolving human-wildlife conflict, traditional wildlife management often uses population
control. However, recent studies suggest that in some cases, there is a weak relationship …

The use of taste agents to regulate the grazing behavior of livestock is a new attempt in
pasture management, but the effects on grassland plant communities are not clear at …

Taste is a crucial sense of livestock for their selective feeding. As feed additives, taste agents
such as salty and sweet agents are often added to livestock supplementary feed to increase …

This chapter synthesizes ongoing and past work on two prominent secondary metabolites in
ripe fruits, emodin and capsaicinoids, to illustrate the importance of adopting an integrative …