Sustainable Management of Litchi Growing Systems in Northern Thailand
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Discover an innovative approach to analyze and manipulate agro-biocoenosis for sustainable litchi cultivation in Northern Thailand's hillsides. Explore the integration of ecological principles, biodiversity, and pest management strategies for improved forest quality and landscape sustainability.
Sustainable Management of Litchi Growing Systems in Northern Thailand
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Presentation Transcript
The Uplands Program C 1.2 Analysis and manipulation of the agro-biocoenosis for sustainable management of litchi growing systems at hillsides of northern Thailand
The Uplands Program C 1.2 Conceptional Framework Pesticides Biodiversity Field scale Landscape scale Dynamic habitat complexes Functional landscape coherence Vegetation Parasitoids Pests Parasitoids
The Uplands Program C 1.2 1 2 1 I II 3 4 2 3 III IV 1 2 1 Field Scale Treatment Patch dynamics
The Uplands Program C 1.2 Forest quality Forest quantity Landscape Scale Forest Quality Pests Number of immigrating individuals Parasitoids Forest quality * quantity
The Uplands Program C 1.2 Outlook Ecological survey Modeling Dispersal and inhabitation Migration patterns MAS Metapopulation dynamics Sustainable landscape FALLOW + MetaX Indicators of ecological sustainability Land use assessment
The Uplands Program C 1.2 Acknowledgements Yang Ser (Field owner) S. Pengkham (Assistant) M. Songkittikun (Field Assistant) P. Erbe (Museum für Naturkunde, Berlin) Dr. Roger Beaver A. Cognatio (Texas A&M University) S. Stephens (Texas A&M University) J. Visitpanich (Chiang Mai University) H. Bänziger (Chiang Mai University) M. Ohl (Museum für Naturkunde, Berlin) The Uplands Program Staff deuler@uni-hohenheim.de martin-k@uni-hohenheim.de www.TheUplandsProgram.net.ms