Sustainability of tropical forest biodiversity and services under climate and human pressure (BIOSERF): tracking the regeneration of human-used plants through dispersal by the animal community

Marie-Claude Huynen, Roseline BEUDELS, Arne Baert, Laurence Culot, Nicolas Dendoncker, Corentin Fontaine, Louis François, Alain HAMBUCKERS, René-Marie LAFONTAINE, Frank TROLLIET, Patrik Van Damme

Research output: Contribution to conferenceAbstract

Abstract

The objective of the BIOSERF project is to assess the sustainability of a tropical humid forest ecosystem and the local human communities in southern Congo under future climate, demographic and societal changes. The project focuses on the interactions between flora, fauna and local human population to understand the processes affecting biodiversity and ecosystem services in tropical humid areas, with the objective of setting up mechanisms to preserve local biodiversity. In close collaboration with a local NGO, it will use a dynamic vegetation model (CARAIB) which will be integrated within an agent-based model, to analyze the impacts of different ecosystem services in a tropical humid area, e.g. the production of medicinal plants, of wood and other forest products, or the services provided by the building of natural reserves. The vegetation model will be upgraded to take into account the process of regeneration of several plant species, selected for their use by local human populations, through a quantitative and qualitative description of plant dispersal by the animal community. To do so, a selection of five tree species frequently or traditionally used will be made based on the results of a sociological survey. Observations (direct or through camera trapping) of a sample of the selected species will allow identifying the main dispersers and the pattern of seed shadow they generate. Integrated into the CARAIB model, these results will allow figuring how the evolution of the dispersal community under pressures of climate change, habitat loss and hunting, but also potentially placed under managed protection could affect the services available to the human community.
Original languageEnglish
Publication statusPublished - Jun 2011
EventAdaptability to Climate Change and Attaining the Millennium Development Goals for Tropical Ecosystems - Arusha, Tanzania, United Republic of
Duration: 12 Jun 201116 Jun 2011

Conference

ConferenceAdaptability to Climate Change and Attaining the Millennium Development Goals for Tropical Ecosystems
CountryTanzania, United Republic of
CityArusha
Period12/06/1116/06/11

Fingerprint

animal community
tropical forest
regeneration
sustainability
biodiversity
climate
ecosystem service
medicinal plant
forest product
vegetation dynamics
habitat loss
nongovernmental organization
hunting
forest ecosystem
trapping
flora
fauna
seed
climate change
services

Cite this

Huynen, M-C., BEUDELS, R., Baert, A., Culot, L., Dendoncker, N., Fontaine, C., ... Van Damme, P. (2011). Sustainability of tropical forest biodiversity and services under climate and human pressure (BIOSERF): tracking the regeneration of human-used plants through dispersal by the animal community. Abstract from Adaptability to Climate Change and Attaining the Millennium Development Goals for Tropical Ecosystems, Arusha, Tanzania, United Republic of.
Huynen, Marie-Claude ; BEUDELS, Roseline ; Baert, Arne ; Culot, Laurence ; Dendoncker, Nicolas ; Fontaine, Corentin ; François, Louis ; HAMBUCKERS, Alain ; LAFONTAINE, René-Marie ; TROLLIET, Frank ; Van Damme, Patrik. / Sustainability of tropical forest biodiversity and services under climate and human pressure (BIOSERF): tracking the regeneration of human-used plants through dispersal by the animal community. Abstract from Adaptability to Climate Change and Attaining the Millennium Development Goals for Tropical Ecosystems, Arusha, Tanzania, United Republic of.
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title = "Sustainability of tropical forest biodiversity and services under climate and human pressure (BIOSERF): tracking the regeneration of human-used plants through dispersal by the animal community",
abstract = "The objective of the BIOSERF project is to assess the sustainability of a tropical humid forest ecosystem and the local human communities in southern Congo under future climate, demographic and societal changes. The project focuses on the interactions between flora, fauna and local human population to understand the processes affecting biodiversity and ecosystem services in tropical humid areas, with the objective of setting up mechanisms to preserve local biodiversity. In close collaboration with a local NGO, it will use a dynamic vegetation model (CARAIB) which will be integrated within an agent-based model, to analyze the impacts of different ecosystem services in a tropical humid area, e.g. the production of medicinal plants, of wood and other forest products, or the services provided by the building of natural reserves. The vegetation model will be upgraded to take into account the process of regeneration of several plant species, selected for their use by local human populations, through a quantitative and qualitative description of plant dispersal by the animal community. To do so, a selection of five tree species frequently or traditionally used will be made based on the results of a sociological survey. Observations (direct or through camera trapping) of a sample of the selected species will allow identifying the main dispersers and the pattern of seed shadow they generate. Integrated into the CARAIB model, these results will allow figuring how the evolution of the dispersal community under pressures of climate change, habitat loss and hunting, but also potentially placed under managed protection could affect the services available to the human community.",
author = "Marie-Claude Huynen and Roseline BEUDELS and Arne Baert and Laurence Culot and Nicolas Dendoncker and Corentin Fontaine and Louis Fran{\cc}ois and Alain HAMBUCKERS and Ren{\'e}-Marie LAFONTAINE and Frank TROLLIET and {Van Damme}, Patrik",
year = "2011",
month = "6",
language = "English",
note = "Adaptability to Climate Change and Attaining the Millennium Development Goals for Tropical Ecosystems ; Conference date: 12-06-2011 Through 16-06-2011",

}

Huynen, M-C, BEUDELS, R, Baert, A, Culot, L, Dendoncker, N, Fontaine, C, François, L, HAMBUCKERS, A, LAFONTAINE, R-M, TROLLIET, F & Van Damme, P 2011, 'Sustainability of tropical forest biodiversity and services under climate and human pressure (BIOSERF): tracking the regeneration of human-used plants through dispersal by the animal community', Adaptability to Climate Change and Attaining the Millennium Development Goals for Tropical Ecosystems, Arusha, Tanzania, United Republic of, 12/06/11 - 16/06/11.

Sustainability of tropical forest biodiversity and services under climate and human pressure (BIOSERF): tracking the regeneration of human-used plants through dispersal by the animal community. / Huynen, Marie-Claude; BEUDELS, Roseline; Baert, Arne; Culot, Laurence; Dendoncker, Nicolas; Fontaine, Corentin; François, Louis; HAMBUCKERS, Alain; LAFONTAINE, René-Marie; TROLLIET, Frank; Van Damme, Patrik.

2011. Abstract from Adaptability to Climate Change and Attaining the Millennium Development Goals for Tropical Ecosystems, Arusha, Tanzania, United Republic of.

Research output: Contribution to conferenceAbstract

TY - CONF

T1 - Sustainability of tropical forest biodiversity and services under climate and human pressure (BIOSERF): tracking the regeneration of human-used plants through dispersal by the animal community

AU - Huynen, Marie-Claude

AU - BEUDELS, Roseline

AU - Baert, Arne

AU - Culot, Laurence

AU - Dendoncker, Nicolas

AU - Fontaine, Corentin

AU - François, Louis

AU - HAMBUCKERS, Alain

AU - LAFONTAINE, René-Marie

AU - TROLLIET, Frank

AU - Van Damme, Patrik

PY - 2011/6

Y1 - 2011/6

N2 - The objective of the BIOSERF project is to assess the sustainability of a tropical humid forest ecosystem and the local human communities in southern Congo under future climate, demographic and societal changes. The project focuses on the interactions between flora, fauna and local human population to understand the processes affecting biodiversity and ecosystem services in tropical humid areas, with the objective of setting up mechanisms to preserve local biodiversity. In close collaboration with a local NGO, it will use a dynamic vegetation model (CARAIB) which will be integrated within an agent-based model, to analyze the impacts of different ecosystem services in a tropical humid area, e.g. the production of medicinal plants, of wood and other forest products, or the services provided by the building of natural reserves. The vegetation model will be upgraded to take into account the process of regeneration of several plant species, selected for their use by local human populations, through a quantitative and qualitative description of plant dispersal by the animal community. To do so, a selection of five tree species frequently or traditionally used will be made based on the results of a sociological survey. Observations (direct or through camera trapping) of a sample of the selected species will allow identifying the main dispersers and the pattern of seed shadow they generate. Integrated into the CARAIB model, these results will allow figuring how the evolution of the dispersal community under pressures of climate change, habitat loss and hunting, but also potentially placed under managed protection could affect the services available to the human community.

AB - The objective of the BIOSERF project is to assess the sustainability of a tropical humid forest ecosystem and the local human communities in southern Congo under future climate, demographic and societal changes. The project focuses on the interactions between flora, fauna and local human population to understand the processes affecting biodiversity and ecosystem services in tropical humid areas, with the objective of setting up mechanisms to preserve local biodiversity. In close collaboration with a local NGO, it will use a dynamic vegetation model (CARAIB) which will be integrated within an agent-based model, to analyze the impacts of different ecosystem services in a tropical humid area, e.g. the production of medicinal plants, of wood and other forest products, or the services provided by the building of natural reserves. The vegetation model will be upgraded to take into account the process of regeneration of several plant species, selected for their use by local human populations, through a quantitative and qualitative description of plant dispersal by the animal community. To do so, a selection of five tree species frequently or traditionally used will be made based on the results of a sociological survey. Observations (direct or through camera trapping) of a sample of the selected species will allow identifying the main dispersers and the pattern of seed shadow they generate. Integrated into the CARAIB model, these results will allow figuring how the evolution of the dispersal community under pressures of climate change, habitat loss and hunting, but also potentially placed under managed protection could affect the services available to the human community.

M3 - Abstract

ER -

Huynen M-C, BEUDELS R, Baert A, Culot L, Dendoncker N, Fontaine C et al. Sustainability of tropical forest biodiversity and services under climate and human pressure (BIOSERF): tracking the regeneration of human-used plants through dispersal by the animal community. 2011. Abstract from Adaptability to Climate Change and Attaining the Millennium Development Goals for Tropical Ecosystems, Arusha, Tanzania, United Republic of.