Goal-Directed Travel in the Nocturnal Javan Slow Loris (<i<Nycticebus javanicus</i<)

An animal’s ability to navigate its home range in search of essential resources is a key aspect of its ecology. To reach these resources, animals employ varying navigational processes depending on their exocentric or egocentric view of their environment. The goal of this study was to determine if th...
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Autor*in:	Stephanie A. Poindexter [verfasserIn] Vincent Nijman [verfasserIn] Muhammed Ali Imron [verfasserIn] K. Anne-Isola Nekaris [verfasserIn]

Format:	E-Artikel
Sprache:	Englisch

Erschienen:	2023

Schlagwörter:	spatial cognition movement ecology feeding ecology

Übergeordnetes Werk:	In: Ecologies - MDPI AG, 2021, 4(2023), 37, Seite 568-579
Übergeordnetes Werk:	volume:4 ; year:2023 ; number:37 ; pages:568-579

Links:	Link aufrufen Link aufrufen Link aufrufen Journal toc

DOI / URN:	10.3390/ecologies4030037

Katalog-ID:	DOAJ093423411

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author	Stephanie A. Poindexter
spellingShingle	Stephanie A. Poindexter misc QH540-549.5 misc spatial cognition misc movement ecology misc feeding ecology misc Ecology Goal-Directed Travel in the Nocturnal Javan Slow Loris (<i<Nycticebus javanicus</i<)
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topic_title	QH540-549.5 Goal-Directed Travel in the Nocturnal Javan Slow Loris (<i<Nycticebus javanicus</i<) spatial cognition movement ecology feeding ecology
topic	misc QH540-549.5 misc spatial cognition misc movement ecology misc feeding ecology misc Ecology
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title	Goal-Directed Travel in the Nocturnal Javan Slow Loris (<i<Nycticebus javanicus</i<)
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title_sort	goal-directed travel in the nocturnal javan slow loris (<i<nycticebus javanicus</i<)
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title_auth	Goal-Directed Travel in the Nocturnal Javan Slow Loris (<i<Nycticebus javanicus</i<)
abstract	An animal’s ability to navigate its home range in search of essential resources is a key aspect of its ecology. To reach these resources, animals employ varying navigational processes depending on their exocentric or egocentric view of their environment. The goal of this study was to determine if the Javan slow loris (<i<Nycticebus javanicus</i<), a nocturnal arboreal primate found in southeast Asia, uses some form of cognitive map and spatial memory while navigating their environment. Using behavioural and GPS data of six males and seven females collected at the Little Fireface Project field station based in West Java, Indonesia, we measured their frequency of revisiting important feeding trees, route overlap, and points where individuals significantly changed directions. We found that all individuals predominantly used four tree species while feeding and foraging. The lorises also displayed a high level of route overlap, leading us to conclude that they likely utilize a route-based cognitive map where certain landmarks are integral to their nightly movement. Few studies have specifically focused on strepsirrhine spatial cognition in the wild; here, we show the navigational mechanism used by the Javan slow loris to reach distant/out-of-sight resources. The evident reliance on spatial cognition in a strepsirrhine species suggest that it could be an important selective pressure for primates at the earliest stages of primate cognitive evolution. In addition to the importance of spatial memory in theoretical discourse, understanding slow loris movement has practical applications to conservation, particularly regarding the numerous translocations undertaken by individuals rescued from the illegal wildlife trade. We discuss the importance of considering soft release training and monitoring in such releases.
abstractGer	An animal’s ability to navigate its home range in search of essential resources is a key aspect of its ecology. To reach these resources, animals employ varying navigational processes depending on their exocentric or egocentric view of their environment. The goal of this study was to determine if the Javan slow loris (<i<Nycticebus javanicus</i<), a nocturnal arboreal primate found in southeast Asia, uses some form of cognitive map and spatial memory while navigating their environment. Using behavioural and GPS data of six males and seven females collected at the Little Fireface Project field station based in West Java, Indonesia, we measured their frequency of revisiting important feeding trees, route overlap, and points where individuals significantly changed directions. We found that all individuals predominantly used four tree species while feeding and foraging. The lorises also displayed a high level of route overlap, leading us to conclude that they likely utilize a route-based cognitive map where certain landmarks are integral to their nightly movement. Few studies have specifically focused on strepsirrhine spatial cognition in the wild; here, we show the navigational mechanism used by the Javan slow loris to reach distant/out-of-sight resources. The evident reliance on spatial cognition in a strepsirrhine species suggest that it could be an important selective pressure for primates at the earliest stages of primate cognitive evolution. In addition to the importance of spatial memory in theoretical discourse, understanding slow loris movement has practical applications to conservation, particularly regarding the numerous translocations undertaken by individuals rescued from the illegal wildlife trade. We discuss the importance of considering soft release training and monitoring in such releases.
abstract_unstemmed	An animal’s ability to navigate its home range in search of essential resources is a key aspect of its ecology. To reach these resources, animals employ varying navigational processes depending on their exocentric or egocentric view of their environment. The goal of this study was to determine if the Javan slow loris (<i<Nycticebus javanicus</i<), a nocturnal arboreal primate found in southeast Asia, uses some form of cognitive map and spatial memory while navigating their environment. Using behavioural and GPS data of six males and seven females collected at the Little Fireface Project field station based in West Java, Indonesia, we measured their frequency of revisiting important feeding trees, route overlap, and points where individuals significantly changed directions. We found that all individuals predominantly used four tree species while feeding and foraging. The lorises also displayed a high level of route overlap, leading us to conclude that they likely utilize a route-based cognitive map where certain landmarks are integral to their nightly movement. Few studies have specifically focused on strepsirrhine spatial cognition in the wild; here, we show the navigational mechanism used by the Javan slow loris to reach distant/out-of-sight resources. The evident reliance on spatial cognition in a strepsirrhine species suggest that it could be an important selective pressure for primates at the earliest stages of primate cognitive evolution. In addition to the importance of spatial memory in theoretical discourse, understanding slow loris movement has practical applications to conservation, particularly regarding the numerous translocations undertaken by individuals rescued from the illegal wildlife trade. We discuss the importance of considering soft release training and monitoring in such releases.
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title_short	Goal-Directed Travel in the Nocturnal Javan Slow Loris (<i<Nycticebus javanicus</i<)
url	https://doi.org/10.3390/ecologies4030037 https://doaj.org/article/ad176cd9780e4b948f2903a3dbeb652a https://www.mdpi.com/2673-4133/4/3/37 https://doaj.org/toc/2673-4133
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