This paper investigates a wireless, acoustic sensor network application --- monitoring amphibian populations in the monsoonal woodlands of northern Australia. Our goal is to use automatic recognition of animal vocalizations to census the populations of native frogs and the invasive introduced species, the Cane Toad (see Fig. 1). This is a challenging application because it requires high frequency acoustic sampling, complex signal processing and wide area sensing coverage
Cane-toads (Bufo marinus) are introduced to Australia to negate the insect pests. However, cane-toad...
Environmental audio monitoring is a huge area of interest for biologists all over the world. This is...
Although real-time acoustic surveys by human observers are the most common and widespread protocol i...
This article investigates a wireless acoustic sensor network application—monitoring amphibian popula...
Automatic recognition of animal vocalisations would be a valuable tool for a variety of biological r...
Automatic recognition of animal vocalisations would be a valuable tool for a variety of biological r...
Automatic recognition of animal vocalisations would be a valuable tool for a variety of biological r...
Passive acoustic recording has great potential for monitoring both endangered and pest species. Howe...
The decline in amphibian populations worldwide has be-come a tangible example of a major environment...
Anurans (frogs or toads) are commonly used by bi-ologists as early indicators of ecological stress. ...
Invasive species may have devastating impacts on native biota. Cane toads Rhinella marina continue t...
1. Animals produce sounds for diverse biological functions such as defending territories, attracting...
This article belongs to the Special Issue State-of-the-Art Sensors Technology in Spain 2015Environme...
Wireless sensor network (WSN) has proliferated rapidly as a cost-effective solution for data aggrega...
Traditionally, animal species diversity and abundance is assessed using a variety of methods that ar...
Cane-toads (Bufo marinus) are introduced to Australia to negate the insect pests. However, cane-toad...
Environmental audio monitoring is a huge area of interest for biologists all over the world. This is...
Although real-time acoustic surveys by human observers are the most common and widespread protocol i...
This article investigates a wireless acoustic sensor network application—monitoring amphibian popula...
Automatic recognition of animal vocalisations would be a valuable tool for a variety of biological r...
Automatic recognition of animal vocalisations would be a valuable tool for a variety of biological r...
Automatic recognition of animal vocalisations would be a valuable tool for a variety of biological r...
Passive acoustic recording has great potential for monitoring both endangered and pest species. Howe...
The decline in amphibian populations worldwide has be-come a tangible example of a major environment...
Anurans (frogs or toads) are commonly used by bi-ologists as early indicators of ecological stress. ...
Invasive species may have devastating impacts on native biota. Cane toads Rhinella marina continue t...
1. Animals produce sounds for diverse biological functions such as defending territories, attracting...
This article belongs to the Special Issue State-of-the-Art Sensors Technology in Spain 2015Environme...
Wireless sensor network (WSN) has proliferated rapidly as a cost-effective solution for data aggrega...
Traditionally, animal species diversity and abundance is assessed using a variety of methods that ar...
Cane-toads (Bufo marinus) are introduced to Australia to negate the insect pests. However, cane-toad...
Environmental audio monitoring is a huge area of interest for biologists all over the world. This is...
Although real-time acoustic surveys by human observers are the most common and widespread protocol i...