Uncertain Futures : Adaptive capacities to climate variability and change in the Lake Victoria Basin
(2012) In Lund Dissertations in Sustainability Science 3.- Abstract
- The Lake Victoria basin (LVB) in East Africa can be considered a climate change hotspot because of its large rural population dependent on rain-fed farming. Drawing on extensive fieldwork (2007-2011) in rural communities along the shores of Lake Victoria in Kenya and Tanzania, I explore adaptive capacities to climate variability and change and discuss how they interrelate in situ. Using multiple methods, tools and techniques, including survey and rainfall data, individual and group interviews, interactive mapping of seasonal calendars and a multi-stakeholder workshop, I locate the place-based effects and responses to a number of converging climate induced stressors on smallholder farmers’ wellbeing and natural resources. Research findings... (More)
- The Lake Victoria basin (LVB) in East Africa can be considered a climate change hotspot because of its large rural population dependent on rain-fed farming. Drawing on extensive fieldwork (2007-2011) in rural communities along the shores of Lake Victoria in Kenya and Tanzania, I explore adaptive capacities to climate variability and change and discuss how they interrelate in situ. Using multiple methods, tools and techniques, including survey and rainfall data, individual and group interviews, interactive mapping of seasonal calendars and a multi-stakeholder workshop, I locate the place-based effects and responses to a number of converging climate induced stressors on smallholder farmers’ wellbeing and natural resources. Research findings show that adaptive capacities to climate variability and change in the LVB are complex, dynamic and characterized by high location-specificity, thereby signifying the value of using an integrative and place-based approach to understand climate vulnerability. Specifically, the study demonstrates how increased unpredictability in rainfall causes chronic livelihood stress illustrated by recurring and worsening periods of food insecurity, growing cash dependency and heavy disease burdens. The study also reveals that food and income buffers increase when and where farmers, particularly women farmers, collectively respond to climate induced stressors through deliberate strategies rooted in a culture of saving and planning. Nevertheless, the study concludes that smallholders in the LVB are facing a highly uncertain future with discernible, yet differentiated adaptation deficits, due to chronic livelihood stress driven by unequal access to fundamental adaptive capacities such as land, health, cash and collective networks. (Less)
Please use this url to cite or link to this publication:
https://lup.lub.lu.se/record/2438316
- author
- Gabrielsson, Sara LU
- supervisor
-
- Anne Jerneck LU
- Lennart Olsson LU
- opponent
-
- Professor Morton, John, University of Greenwich
- organization
- publishing date
- 2012
- type
- Thesis
- publication status
- published
- subject
- keywords
- adaptive capacities, climate vulnerability, collective action, Lake Victoria Basin, smallholder farmers, sustainable adaptation, sustainability science.
- in
- Lund Dissertations in Sustainability Science
- volume
- 3
- pages
- 164 pages
- publisher
- Lund University Centre for Sustainability Science
- defense location
- Världen, Geocentrum 1, Sölvegatan 10, Lund
- defense date
- 2012-05-04 13:15:00
- ISBN
- 978-91-7473-310-5
- language
- English
- LU publication?
- yes
- id
- 60c9ab7d-600e-4566-a12f-a4b02da59cba (old id 2438316)
- date added to LUP
- 2016-04-04 11:48:07
- date last changed
- 2021-04-09 18:01:36
@phdthesis{60c9ab7d-600e-4566-a12f-a4b02da59cba,
abstract = {{The Lake Victoria basin (LVB) in East Africa can be considered a climate change hotspot because of its large rural population dependent on rain-fed farming. Drawing on extensive fieldwork (2007-2011) in rural communities along the shores of Lake Victoria in Kenya and Tanzania, I explore adaptive capacities to climate variability and change and discuss how they interrelate in situ. Using multiple methods, tools and techniques, including survey and rainfall data, individual and group interviews, interactive mapping of seasonal calendars and a multi-stakeholder workshop, I locate the place-based effects and responses to a number of converging climate induced stressors on smallholder farmers’ wellbeing and natural resources. Research findings show that adaptive capacities to climate variability and change in the LVB are complex, dynamic and characterized by high location-specificity, thereby signifying the value of using an integrative and place-based approach to understand climate vulnerability. Specifically, the study demonstrates how increased unpredictability in rainfall causes chronic livelihood stress illustrated by recurring and worsening periods of food insecurity, growing cash dependency and heavy disease burdens. The study also reveals that food and income buffers increase when and where farmers, particularly women farmers, collectively respond to climate induced stressors through deliberate strategies rooted in a culture of saving and planning. Nevertheless, the study concludes that smallholders in the LVB are facing a highly uncertain future with discernible, yet differentiated adaptation deficits, due to chronic livelihood stress driven by unequal access to fundamental adaptive capacities such as land, health, cash and collective networks.}},
author = {{Gabrielsson, Sara}},
isbn = {{978-91-7473-310-5}},
keywords = {{adaptive capacities; climate vulnerability; collective action; Lake Victoria Basin; smallholder farmers; sustainable adaptation; sustainability science.}},
language = {{eng}},
publisher = {{Lund University Centre for Sustainability Science}},
school = {{Lund University}},
series = {{Lund Dissertations in Sustainability Science}},
title = {{Uncertain Futures : Adaptive capacities to climate variability and change in the Lake Victoria Basin}},
url = {{https://lup.lub.lu.se/search/files/5858419/2438326.pdf}},
volume = {{3}},
year = {{2012}},
}