Land use and land cover changes on a tropical lake basin : the socioeconomic drivers and cascading impacts on hydrology and ecological system

V.O. Odongo, D.W. Mulatu, F.K. Muthoni, J. Ndung'u, F.M. Meins, B.T. Mudereri, C. van der Tol, R. Becht, Zhongbo Su, P.R. van Oel, A. van der Veen, J.O. Onyando, D. Augustijn, Suzanne J.M.H. Hulscher, N. Kitaka, J.M. Mathooko, G.E. Oting'a-Owiti, T.A. Groen, A.K. Skidmore

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Abstract

Lake Naivasha experiences frequent lake level fluctuations despite being on the decline in the last three decades. The main possible cause has been postulated to be increased abstraction around the lake. However, land use land cover changes (LULC) in the basin may be impacting on the level fluctuations and decline. The LULC interfere with runoff, evapotranspiration, and infiltration conditions of a catchment. The frequent lake levels fluctuations resulting from LULC impact significantly on riparian vegetation productivity and species composition. In addition, it has impact on the aquatic ecosystem water quality especially in terms of turbidity. Lake Naivasha basin has experienced significant LULC transformations predominantly caused by socio-economic drivers. Implications of past, present and future patterns of socio-economic drivers of LULC is vital to the understanding of social, ecological and limnological functioning of the basin. These factors are proposed to impact on the entire hydrological regime of the lake. In this study we present first results of the Earth Observation Integrated Assessment (EOIA) project for the governance of Lake Naivasha basin using Interdisciplinary approach that applies GIS and RS towards the understanding of the dynamics of Lake Naivasha ecosystem.
Original languageEnglish
Number of pages24
Publication statusPublished - 3 Oct 2013

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land cover
hydrology
land use
lake level
lake
project assessment
interdisciplinary approach
lake ecosystem
hydrological regime
riparian vegetation
basin
aquatic ecosystem
evapotranspiration
turbidity
infiltration
GIS
socioeconomics
lake basin
catchment
runoff

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Odongo, V.O. ; Mulatu, D.W. ; Muthoni, F.K. ; Ndung'u, J. ; Meins, F.M. ; Mudereri, B.T. ; van der Tol, C. ; Becht, R. ; Su, Zhongbo ; van Oel, P.R. ; van der Veen, A. ; Onyando, J.O. ; Augustijn, D. ; Hulscher, Suzanne J.M.H. ; Kitaka, N. ; Mathooko, J.M. ; Oting'a-Owiti, G.E. ; Groen, T.A. ; Skidmore, A.K. / Land use and land cover changes on a tropical lake basin : the socioeconomic drivers and cascading impacts on hydrology and ecological system. 24 p.
@conference{2d0867936ab140218894799fedfb739a,
title = "Land use and land cover changes on a tropical lake basin : the socioeconomic drivers and cascading impacts on hydrology and ecological system",
abstract = "Lake Naivasha experiences frequent lake level fluctuations despite being on the decline in the last three decades. The main possible cause has been postulated to be increased abstraction around the lake. However, land use land cover changes (LULC) in the basin may be impacting on the level fluctuations and decline. The LULC interfere with runoff, evapotranspiration, and infiltration conditions of a catchment. The frequent lake levels fluctuations resulting from LULC impact significantly on riparian vegetation productivity and species composition. In addition, it has impact on the aquatic ecosystem water quality especially in terms of turbidity. Lake Naivasha basin has experienced significant LULC transformations predominantly caused by socio-economic drivers. Implications of past, present and future patterns of socio-economic drivers of LULC is vital to the understanding of social, ecological and limnological functioning of the basin. These factors are proposed to impact on the entire hydrological regime of the lake. In this study we present first results of the Earth Observation Integrated Assessment (EOIA) project for the governance of Lake Naivasha basin using Interdisciplinary approach that applies GIS and RS towards the understanding of the dynamics of Lake Naivasha ecosystem.",
author = "V.O. Odongo and D.W. Mulatu and F.K. Muthoni and J. Ndung'u and F.M. Meins and B.T. Mudereri and {van der Tol}, C. and R. Becht and Zhongbo Su and {van Oel}, P.R. and {van der Veen}, A. and J.O. Onyando and D. Augustijn and Hulscher, {Suzanne J.M.H.} and N. Kitaka and J.M. Mathooko and G.E. Oting'a-Owiti and T.A. Groen and A.K. Skidmore",
note = "20 slides",
year = "2013",
month = "10",
day = "3",
language = "English",

}

Odongo, VO, Mulatu, DW, Muthoni, FK, Ndung'u, J, Meins, FM, Mudereri, BT, van der Tol, C, Becht, R, Su, Z, van Oel, PR, van der Veen, A, Onyando, JO, Augustijn, D, Hulscher, SJMH, Kitaka, N, Mathooko, JM, Oting'a-Owiti, GE, Groen, TA & Skidmore, AK 2013, 'Land use and land cover changes on a tropical lake basin : the socioeconomic drivers and cascading impacts on hydrology and ecological system'.

Land use and land cover changes on a tropical lake basin : the socioeconomic drivers and cascading impacts on hydrology and ecological system. / Odongo, V.O.; Mulatu, D.W.; Muthoni, F.K.; Ndung'u, J.; Meins, F.M.; Mudereri, B.T.; van der Tol, C.; Becht, R.; Su, Zhongbo; van Oel, P.R.; van der Veen, A.; Onyando, J.O.; Augustijn, D.; Hulscher, Suzanne J.M.H.; Kitaka, N.; Mathooko, J.M.; Oting'a-Owiti, G.E.; Groen, T.A.; Skidmore, A.K.

2013.

Research output: Contribution to conferencePaperAcademicpeer-review

TY - CONF

T1 - Land use and land cover changes on a tropical lake basin : the socioeconomic drivers and cascading impacts on hydrology and ecological system

AU - Odongo, V.O.

AU - Mulatu, D.W.

AU - Muthoni, F.K.

AU - Ndung'u, J.

AU - Meins, F.M.

AU - Mudereri, B.T.

AU - van der Tol, C.

AU - Becht, R.

AU - Su, Zhongbo

AU - van Oel, P.R.

AU - van der Veen, A.

AU - Onyando, J.O.

AU - Augustijn, D.

AU - Hulscher, Suzanne J.M.H.

AU - Kitaka, N.

AU - Mathooko, J.M.

AU - Oting'a-Owiti, G.E.

AU - Groen, T.A.

AU - Skidmore, A.K.

N1 - 20 slides

PY - 2013/10/3

Y1 - 2013/10/3

N2 - Lake Naivasha experiences frequent lake level fluctuations despite being on the decline in the last three decades. The main possible cause has been postulated to be increased abstraction around the lake. However, land use land cover changes (LULC) in the basin may be impacting on the level fluctuations and decline. The LULC interfere with runoff, evapotranspiration, and infiltration conditions of a catchment. The frequent lake levels fluctuations resulting from LULC impact significantly on riparian vegetation productivity and species composition. In addition, it has impact on the aquatic ecosystem water quality especially in terms of turbidity. Lake Naivasha basin has experienced significant LULC transformations predominantly caused by socio-economic drivers. Implications of past, present and future patterns of socio-economic drivers of LULC is vital to the understanding of social, ecological and limnological functioning of the basin. These factors are proposed to impact on the entire hydrological regime of the lake. In this study we present first results of the Earth Observation Integrated Assessment (EOIA) project for the governance of Lake Naivasha basin using Interdisciplinary approach that applies GIS and RS towards the understanding of the dynamics of Lake Naivasha ecosystem.

AB - Lake Naivasha experiences frequent lake level fluctuations despite being on the decline in the last three decades. The main possible cause has been postulated to be increased abstraction around the lake. However, land use land cover changes (LULC) in the basin may be impacting on the level fluctuations and decline. The LULC interfere with runoff, evapotranspiration, and infiltration conditions of a catchment. The frequent lake levels fluctuations resulting from LULC impact significantly on riparian vegetation productivity and species composition. In addition, it has impact on the aquatic ecosystem water quality especially in terms of turbidity. Lake Naivasha basin has experienced significant LULC transformations predominantly caused by socio-economic drivers. Implications of past, present and future patterns of socio-economic drivers of LULC is vital to the understanding of social, ecological and limnological functioning of the basin. These factors are proposed to impact on the entire hydrological regime of the lake. In this study we present first results of the Earth Observation Integrated Assessment (EOIA) project for the governance of Lake Naivasha basin using Interdisciplinary approach that applies GIS and RS towards the understanding of the dynamics of Lake Naivasha ecosystem.

UR - https://ezproxy2.utwente.nl/login?url=https://webapps.itc.utwente.nl/library/2012/pres/odongo_lan.pdf

M3 - Paper

ER -