New threats to Amboseli and Mobilizing Responses 


An update on the wildlife and livestock picture in Amboseli Basin

The threats to East Africa’s magnificent savannas come in many forms and Amboseli faces most of them.By far the gravest danger lies in the fragmentation of the 10,000 square kilometer ecosystem and collapse of the migratory herds of zebra, wildebeest, elephants and pastoral livestock. The seasonal migrations and movement of wildlife through habitats of the Amboseli Basin each dry season has kept the savannas productive and animals able to ride out droughts and recover in good years. The migrations and free-ranging movements of wildlife and pastoral livestock in response to local conditions and each other have allowed them to coexist in the Amboseli ecosystem for millennia:

ACP over the years has documented the patterns of migration in Amboseli and explained how so much wildlife and so many livestock thrived in the same area and maintained the richness of habitats and productivity of pastures. The information is given in the report titled The Ecology and Changes of the Amboseli  Ecosystem: Recommendations for Planning and Conservation (see under Amboseli Ecosystem).

The report lays out the minimum conditions needed to sustain the wildlife and biodiversity of the Amboseli ecosystem and the array of threats its faces from rising population, the spread of farming, water diversion, subdivision of land, habitat loss, falling pasture productivity and poaching.

The combined pressures on the ecosystem over the last three decades have seen the late season pastures shrink and decline. Severe forage shortages in the national park and surrounding Maasai ranches have grown more frequent and intense. The shrinking pastures culminated in precipitous declines in Amboseli’s wildlife and Maasai herds in 2009 (See The Worst Drought: Tipping Point or Turning Point).

The recovery from the drought is far slower than in previous droughts. Our ACP website reports on the slow pace of recovery as well as the likely causes and consequences in an update below.

 In the last two years new threats have arisen in Amboseli.

The gravest threat stems from the inexplicable government plans to build a Nairobi Metropolitan township on the boundary of the park and a new highway through the migratory routes northwards from Amboseli. Why Nairobi Metropolitan Area needs Satellite Township 150 kilometers away speaks to political intent rather than rational planning. Both the proposed town and road have been floated with no reference to the Amboseli Ecosystem Management Plan and or public hearings in the region.

Yet another threat arises from the rapid pace of subdivision of land on the eastern border of Amboseli, a rash of new lodges and land sales to outsiders speculating on rising property prices.

The resurgence of ivory poaching that killed off over 100,000 of Kenya’s elephants in the 1970s and 1980s also threatens the Amboseli herds. Further details can be found on the Big Life and Amboseli Elephant Trust websites.

The surge in ivory demand in China since 2010 and the rise in price to an all-time high of $1,000 a kilo has sent poachers in pursuit of elephants across Africa, accounting for 25,000 dead in 2011. Tanzania is losing 10,000 elephants a year. Kenya, at close to 400 officially last year, and certainly more in unaccounted elephants, has fared better. The difference comes down to superior KWS anti-poaching and intelligence capacity and strong community conservation initiatives and scouting patrols. In Amboseli community conservation efforts have kept down poaching as they did in the 1980s. The success is in large part due to the 350 community scouts who patrol the areas outside the park.

Despite the security network, poachers have infiltrated Amboseli several times in the last three years. Big money, ivory cartels, small arms, corruption and rural farmers and herders out to make do in hard times add up to a formidable threat to elephants in Amboseli. And Amboseli’s elephants link up with other herds across the entire Kenya-Tanzania borderlands where one of the largest bushed savanna populations move between and beyond the world famous national parks from Serengeti-Mara to Tsavo.

The following reports give a thumb-nail sketch of the threats to Amboseli ecosystem and some of the responses underway. Regular updates will be posted on the ACP website.

Contact Us

Amboseli Conservation Program
P.O Box 15289-00509 or 62844-00200
Nairobi, Kenya.

Tel/Fax: +254 20 891360 / 891751
Email: [email protected]

Our Team

Mr. Sakimba
Kimiti

Assistant Researcher

Sakimba is currently pursuing a PhD at the University of Lyon 2 in France. He previously worked as an Assistant Researcher for the Amboseli Conservation Program.

He holds a Bachelor of Science (Wildlife Management and Conservation) degree from the University of Nairobi and  a Master of Science degree in Range Management from the same University.

Prior to joining the ACP, he worked as an Ecological Assistant at South Rift Land Owners Association. At ACP, he is involved in projects dealing with the Dynamics of Predation on Spatial -temporal Basis and in Human Ecology.

His other interests include: GIS, remote sensing, satellite imagery, ecological monitoring, land use change and ecosystem vulnerability.

Our Team

Mr. Sakimba
Kimiti

Assistant Researcher

Sakimba is currently pursuing a PhD at the University of Lyon 2 in France. He previously worked as an Assistant Researcher for the Amboseli Conservation Program.

He holds a Bachelor of Science (Wildlife Management and Conservation) degree from the University of Nairobi and  a Master of Science degree in Range Management from the same University.

Prior to joining the ACP, he worked as an Ecological Assistant at South Rift Land Owners Association. At ACP, he is involved in projects dealing with the Dynamics of Predation on Spatial -temporal Basis and in Human Ecology.

His other interests include: GIS, remote sensing, satellite imagery, ecological monitoring, land use change and ecosystem vulnerability.

Our Team

Ms. Winfridah
Kemunto

Database Administrator

Winfridah  is the  Amboseli Conservation Program’s database Administrator. She has a certificate from Pitman Training Institute and vast experience in working with big data that involve database management,  basic analysis, digital library, data mining and  data visualization.

Her interests include spatial data mining and presentation.  Before Joining ACP, she worked  as a data clerk at South Rift Land Owners Association (SORALO).

Our Team

Ms. Winfridah
Kemunto

Database Administrator

Winfridah  is the  Amboseli Conservation Program’s database Administrator. She has a certificate from Pitman Training Institute and vast experience in working with big data that involve database management,  basic analysis, digital library, data mining and  data visualization.

Her interests include spatial data mining and presentation.  Before Joining ACP, she worked  as a data clerk at South Rift Land Owners Association (SORALO).

Our Team

Mr. David
Maitumo

Field Officer/ Data Collector

David has been working in Amboseli as the ACP field officer since 1977. As a member of the local Maasai community in the Amboseli area, David brings a unique perspective to the program.

His rich understanding of the interaction of people, livestock, and wildlife, and the challenges facing conservation in human landscapes, enriches his key roles in the design of field experiments and long term data collection and monitoring.

Our Team

Mr. David
Maitumo

Field Officer/ Data Collector

David has been working in Amboseli as the ACP field officer since 1977. As a member of the local Maasai community in the Amboseli area, David brings a unique perspective to the program.

His rich understanding of the interaction of people, livestock, and wildlife, and the challenges facing conservation in human landscapes, enriches his key roles in the design of field experiments and long term data collection and monitoring.

Our Team

Dr. David
Western

Founder & Chairman

Dr. David Western, known as Jonah, began research into savannas ecosystems at Amboseli in 1967, looking at the interactions of humans and wildlife.

His work, unbroken since then, has served as a barometer of changes in the savannas and test of conservation solutions based on the continued coexistence of people and wildlife.

Jonah is currently chairman of the African Conservation Centre, Nairobi. He directed Wildlife Conservation Society programs internationally, established Kenya’s Wildlife Planning Unit, chaired the World Conservation Union’s African Elephant and Rhino Specialist Group, and was founding president of The International Ecotourism Society, chairman of the Wildlife Clubs of Kenya, director of Kenya Wildlife Service, and founder of the African Conservation Centre in Nairobi.

He is an adjunct professor in Biology at the University of California, San Diego.

Western’s publications include;

Conservation for the Twenty-first Century (OUP, 1989), Natural Connections: Perspectives in Community-based Conservation (Island Press, 1994) and In the Dust of Kilimanjaro (Shearwater, 2001).

He is presently conducting a study on climate change in the Kenya-Tanzania borderlands in collaboration with University of California San Diego, University of York, Missouri Botanical Gardens, and African Conservation Centre.

Our Team

Dr. David
Western

Founder & Chairman

Dr. David Western, known as Jonah, began research into savannas ecosystems at Amboseli in 1967, looking at the interactions of humans and wildlife.

His work, unbroken since then, has served as a barometer of changes in the savannas and test of conservation solutions based on the continued coexistence of people and wildlife.

Jonah is currently chairman of the African Conservation Centre, Nairobi. He directed Wildlife Conservation Society programs internationally, established Kenya’s Wildlife Planning Unit, chaired the World Conservation Union’s African Elephant and Rhino Specialist Group, and was founding president of The International Ecotourism Society, chairman of the Wildlife Clubs of Kenya, director of Kenya Wildlife Service, and founder of the African Conservation Centre in Nairobi.

He is an adjunct professor in Biology at the University of California, San Diego.

Western’s publications include;

Conservation for the Twenty-first Century (OUP, 1989), Natural Connections: Perspectives in Community-based Conservation (Island Press, 1994) and In the Dust of Kilimanjaro (Shearwater, 2001).

He is presently conducting a study on climate change in the Kenya-Tanzania borderlands in collaboration with University of California San Diego, University of York, Missouri Botanical Gardens, and African Conservation Centre.

Our Team

Dr. Victor N.
Mose

Deputy Director & Head of Bio-statistical Services

Dr. Victor N. Mose is the Deputy Director and Head of Biostatistical Services. He was awarded a PhD in Biomathematics by the University of Pierre and Marie Curie (UPMC), Paris VI, France in 2013.

He has a Masters in bio-statistics from the University of Nairobi, Kenya and a Bachelors degree in Mathematics from the same University.

He also holds a financial mathematics qualification from the Institute of Actuaries, London, UK.

Victor is experienced in ecological modeling, bio-informatics, and geographical information systems (GIS).

His research interests include Population dynamics, migration modelling, Bayesian spatial analysis, ecosystem services and economics modelling, together with biodiversity mapping.

Victor’s publications include;

Mose, V.N., Nguyen-Huu, T., Auger, P., Western, D. 2012. Modelling herbivore population dynamics in the Amboseli National Park, Kenya: Application of spatial aggregation of variables to derive a master model. Ecological Complexity, 10, 42-51.

Our Team

Dr. Victor N.
Mose

Deputy Director & Head of Bio-statistical Services

Dr. Victor N. Mose is the Deputy Director and Head of Biostatistical Services. He was awarded a PhD in Biomathematics by the University of Pierre and Marie Curie (UPMC), Paris VI, France in 2013.

He has a Masters in bio-statistics from the University of Nairobi, Kenya and a Bachelors degree in Mathematics from the same University.

He also holds a financial mathematics qualification from the Institute of Actuaries, London, UK.

Victor is experienced in ecological modeling, bio-informatics, and geographical information systems (GIS).

His research interests include Population dynamics, migration modelling, Bayesian spatial analysis, ecosystem services and economics modelling, together with biodiversity mapping.

Victor’s publications include;

Mose, V.N., Nguyen-Huu, T., Auger, P., Western, D. 2012. Modelling herbivore population dynamics in the Amboseli National Park, Kenya: Application of spatial aggregation of variables to derive a master model. Ecological Complexity, 10, 42-51.

Follow Us

New threats to Amboseli and Mobilizing Responses 


At ICoSS, we believe that those who live closest to the land are best positioned to observe and respond to environmental changes. Our community monitoring initiatives train and support local individuals—pastoralists, farmers, youth, and women—to systematically collect and interpret data on key environmental indicators. This participatory approach ensures that conservation efforts are grounded in local knowledge and responsive to real-time conditions.

Pasture condition maps help herders agree on grazing rotations.

How Community Monitoring Works

1. Community-Centric Data Collection

We train local community members to systematically collect data on key environmental indicators such as rainfall, vegetation cover, and wildlife populations. This participatory approach ensures that data is grounded in local context and relevance.

2. Accessible Information Platforms

Collected data is processed and shared through user-friendly platforms, including mobile applications and community notice boards, ensuring that information is accessible to all stakeholders.

3. Collaborative Learning Forums

Regular workshops and forums bring together community members, scientists, and policymakers to discuss findings, share experiences, and co-develop strategies for sustainable land management.

Interactive Data Visualization

An interactive dashboard allows users to explore real-time data collected by community monitors. Users can filter information by region, time period, and specific indicators to gain insights into environmental trends.

  • Rainfall Patterns: Visualize monthly rainfall data across different regions.
  • Vegetation Cover: Assess changes in vegetation density over time.
  • Wildlife Sightings: Track the frequency and distribution of key wildlife species.

Interactive Data Visualization

A gallery showcasing stories from the field, highlighting the impact of knowledge sharing on community resilience and ecosystem health.
  • “Reviving Traditional Practices”: How communities are integrating indigenous knowledge with modern monitoring techniques.
  • “Youth in Conservation”: Engaging the younger generation in ecosystem stewardship through education and technology.

Empowering Communities Through Shared Knowledge and Collaboration

At ICoSS, we believe that sustainable ecosystem management thrives on the collective wisdom of communities, researchers, and policymakers. Our collaborative networks facilitate the exchange of knowledge, experiences, and data, enabling communities to make informed decisions and adapt to environmental changes effectively.

Our Approach to Knowledge Sharing

1. Community-Centric Data Collection

We train local community members to systematically collect data on key environmental indicators such as rainfall, vegetation cover, and wildlife populations. This participatory approach ensures that data is grounded in local context and relevance.

2. Accessible Information Platforms

Collected data is processed and shared through user-friendly platforms, including mobile applications and community notice boards, ensuring that information is accessible to all stakeholders.

3. Collaborative Learning Forums

Regular workshops and forums bring together community members, scientists, and policymakers to discuss findings, share experiences, and co-develop strategies for sustainable land management.

Interactive Data Visualization

An interactive dashboard allows users to explore real-time data collected by community monitors. Users can filter information by region, time period, and specific indicators to gain insights into environmental trends.

  • Rainfall Patterns: Visualize monthly rainfall data across different regions.
  • Vegetation Cover: Assess changes in vegetation density over time.
  • Wildlife Sightings: Track the frequency and distribution of key wildlife species.

Interactive Data Visualization

A gallery showcasing stories from the field, highlighting the impact of knowledge sharing on community resilience and ecosystem health.
  • “Reviving Traditional Practices”: How communities are integrating indigenous knowledge with modern monitoring techniques.
  • “Youth in Conservation”: Engaging the younger generation in ecosystem stewardship through education and technology.