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Table of Contents
Part I: General Overview of Ethiopian Church Forests
1. Understanding Land Use/Land Cover Dynamics in and the surroundings of Ethiopian Church Forests
2. Estimation and mapping of Asabot Monastery Dry Afromontane Forest Carbon Stock Under Diverse Land Use Scenarios
3. Land cover changes and forest fragmentation on the surrounding of selected church forests in Ethiopia
4. Sacred Texts and Environmental Ethics: Lessons in Sustainability from Ethiopia
Part II: Present Role and Future Challenges of Ethiopian Church Forests
5. The role of Ethiopian Church Forests for Soil Carbon Sequestration
6. Aboveground and Belowground Carbon Pools for Some Selected Native and Introduced Tree Species of Abune Teklehayimanot Church Forest, Welayita Sodo, Southern Ethiopia
Part III: Structure and Diversity of Ethiopian Church Forests
7. Floristic Composition, Diversity and Regeneration Status of Woody Plants in Four Church Forests in Ethiopia
8. Diversity, Regeneration Status and Socio-Economic Importance of Tara Gedam, Abebaye and Fach Forests, Libokemkem District of South Gondar Administrative Zone, Northwestern Ethiopia
9. Woody Vegetation Composition and Structure of Church Forests in Southeast of Lake Tana, Northwest Ethiopia
10. Woody Species Composition, Diversity, Structure and Uses of Selected Church Forests in the Central Ethiopia
Part IV: Restoration Options to the Surrounding Landscapes of Ethiopian Church Forests
11. Church Forests as Repositories for Forest Reproductive Material of Native Species and their Possible Role as Starting Points for the Restoration of Degraded Areas
12. Ecological Status and Plan for Connectivity of Fragmented Forests as a Means of Degraded Land Restoration in South Gonder, Ethiopia
13. Identifying Priority Areas for Conservation in Mojo River Watershed of Ethiopia using GIS-Based Erosion Risk Evaluation
14. Ethiopian church forests as monitoring towers in reconstructing climate change and its impacts and to make evidence-based climate-smart restoration efforts
15. Rehabilitation sites prioritization on base of remote sensing time series, erosion risk and woody biomass modelling.
1. Understanding Land Use/Land Cover Dynamics in and the surroundings of Ethiopian Church Forests
2. Estimation and mapping of Asabot Monastery Dry Afromontane Forest Carbon Stock Under Diverse Land Use Scenarios
3. Land cover changes and forest fragmentation on the surrounding of selected church forests in Ethiopia
4. Sacred Texts and Environmental Ethics: Lessons in Sustainability from Ethiopia
Part II: Present Role and Future Challenges of Ethiopian Church Forests
5. The role of Ethiopian Church Forests for Soil Carbon Sequestration
6. Aboveground and Belowground Carbon Pools for Some Selected Native and Introduced Tree Species of Abune Teklehayimanot Church Forest, Welayita Sodo, Southern Ethiopia
Part III: Structure and Diversity of Ethiopian Church Forests
7. Floristic Composition, Diversity and Regeneration Status of Woody Plants in Four Church Forests in Ethiopia
8. Diversity, Regeneration Status and Socio-Economic Importance of Tara Gedam, Abebaye and Fach Forests, Libokemkem District of South Gondar Administrative Zone, Northwestern Ethiopia
9. Woody Vegetation Composition and Structure of Church Forests in Southeast of Lake Tana, Northwest Ethiopia
10. Woody Species Composition, Diversity, Structure and Uses of Selected Church Forests in the Central Ethiopia
Part IV: Restoration Options to the Surrounding Landscapes of Ethiopian Church Forests
11. Church Forests as Repositories for Forest Reproductive Material of Native Species and their Possible Role as Starting Points for the Restoration of Degraded Areas
12. Ecological Status and Plan for Connectivity of Fragmented Forests as a Means of Degraded Land Restoration in South Gonder, Ethiopia
13. Identifying Priority Areas for Conservation in Mojo River Watershed of Ethiopia using GIS-Based Erosion Risk Evaluation
14. Ethiopian church forests as monitoring towers in reconstructing climate change and its impacts and to make evidence-based climate-smart restoration efforts
15. Rehabilitation sites prioritization on base of remote sensing time series, erosion risk and woody biomass modelling.