Many studies have revealed that animal vocalizations, including those from mammals, are
individually distinctive. Therefore, acoustic identification of individuals (AIID) has been …

In the current extinction crisis, emerging technologies can support the urgent need to
document biodiversity worldwide. Automated acoustic recorders are increasingly being used …

Whether listening in a forest or on an open plain, by the side of a river or in the ocean, at the
outskirts of suburbia or right downtown, the Earth abounds with sounds. The use of the term …

Unsustainable hunting is one of the leading drivers of global biodiversity loss, yet very few
direct measures exist due to the difficulty in monitoring this cryptic activity. Where guns are …

Bioacoustic analyses of animal vocalizations are predominantly accomplished through
manual scanning, a highly subjective and time-consuming process. Thus, validated …

Bioacoustic methods analyze sounds to monitor wildlife in forests, providing novel
perspectives to understand the relationship between forest vegetation structure and wildlife …

Determining the distribution and abundance of populations is the first step toward assessing
biodiversity conservation status. This step is based on field observations that are largely …

Many species are difficult to study either due to their rarity, elusiveness, difficult access to
their area of occurrence, or any combination of these. This can be particularly problematic …

Understanding the ecological factors influencing African forest elephant (Loxodonta cyclotis)
abundance and distribution is crucial for their conservation management in Central Africa …

In coastal seas, human and ecological elements closely interact and are strongly interlinked.
Thus, considering proper Marine Spatial Planning (MSP) to foster harmonized and …