Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Essential Ecology of Scavengers

View through CrossRef
This chapter discusses the essential ecosystem function of microbial decomposition and carrion consumption by scavengers. Decomposers are single-celled, saprophytic or saprozoic organisms, including bacteria, which feed extracellularly on dead material on-site. Scavengers are multicellular organisms, including both invertebrates and vertebrates, which feed on the fragments of carcasses, either on-site or elsewhere. The ecological actions of decomposers and scavengers as elemental recyclers serve to recapture and supply the raw materials that other ecological entities, including plants and consumers, need to maintain the energetic processes of primary and secondary productivity necessary to sustain the long-term continuity of ecological systems. Although many carnivorous vertebrates are facultative scavengers that sometimes feed on carrion, the world's vultures are the only truly obligate vertebrate scavengers, species that feed almost entirely on carrion and that require carrion for their livelihoods.
Title: Essential Ecology of Scavengers
Description:
This chapter discusses the essential ecosystem function of microbial decomposition and carrion consumption by scavengers.
Decomposers are single-celled, saprophytic or saprozoic organisms, including bacteria, which feed extracellularly on dead material on-site.
Scavengers are multicellular organisms, including both invertebrates and vertebrates, which feed on the fragments of carcasses, either on-site or elsewhere.
The ecological actions of decomposers and scavengers as elemental recyclers serve to recapture and supply the raw materials that other ecological entities, including plants and consumers, need to maintain the energetic processes of primary and secondary productivity necessary to sustain the long-term continuity of ecological systems.
Although many carnivorous vertebrates are facultative scavengers that sometimes feed on carrion, the world's vultures are the only truly obligate vertebrate scavengers, species that feed almost entirely on carrion and that require carrion for their livelihoods.

Related Results

Alternative Chemistries for H2S Scavenging – Total Feedback
Alternative Chemistries for H2S Scavenging – Total Feedback
Abstract Hydrogen sulphide (H2S) is naturally occurring in many oil and gas production streams. H2S scavengers are used as additives to reduce the concentration of H...
Use of salmonid carcasses by vertebrate scavengers
Use of salmonid carcasses by vertebrate scavengers
The use of salmonSalmo salarcarrion by ottersLutra lutraand other scavengers along the River Dee in north‐east Scotland was studied by radio‐tagging and individual marking of fish ...
Health Help-Seeking Behavior: The Scavengers’ Perspective
Health Help-Seeking Behavior: The Scavengers’ Perspective
Scavengers are prone to various health problems, hence seeking healthcare is inevitable. Despite the importance of the help-seeking behavior of scavengers, it has not been addresse...
Language Ecology
Language Ecology
Norwegian scholar Einar Haugen proposed language ecology to study how languages historically present in a land or social setting interact with languages that arrive in this setting...
The Strategies Of Scavengers In Maintaining Their Viability Based On Social Networks In Surabaya City
The Strategies Of Scavengers In Maintaining Their Viability Based On Social Networks In Surabaya City
As a big city,  Surabaya still becomes its own magnetic attraction for the urban to come and earn a livelihood. The informal sector is basically a form of response to the migrants ...
DESAIN PENGEMBANGAN UNIT PENGOLAHAN LIMBAH PLASTIK PADA KELOMPOK PEMULUNG DI KOTA MALANG
DESAIN PENGEMBANGAN UNIT PENGOLAHAN LIMBAH PLASTIK PADA KELOMPOK PEMULUNG DI KOTA MALANG
Types of waste issued by industries and communities are organic and non-organic. Non-organic waste can not decompose naturally but it needs human effort to process it by recycling,...
Grounding trait‐based root functional ecology
Grounding trait‐based root functional ecology
Abstract A growing need exists to consider effects of biodiversity dynamics on the functioning of natural and anthropised ecosystems. This requires including the concepts of func...

Back to Top