Trailing of agroforestry in Haridwar

Meteorology and Agroforestry Meteorology and Agroforestry

The physical environment affects and interacts with agroforestry systems through tree and crop growth, animal performance, management operations and interactions between the tree/shrub and non-tree components (abbreviated to tree/crop interactions). Interactions take place mainly through the media of microclimate, soil moisture and soil. They may have beneficial or adverse effects, for tree and...

Knowledge Systems in Agroforestry

Pacific Islands agroforestry has evolved into sustainable, diverse and productive a land use systems in many areas. We marvel at these systems, and the scientific world is trying to catch up with the traditional knowledge. At the same time, Pacific Islands farmers are abandoning their agroforestry systems in great numbers. It is mainly intensified agriculture for cash crop production that follo...

Self-similarity of trailing vortices Self-similarity of trailing vortices

Trailing vortices have been repeatedly shown to exhibit a remarkably robust selfsimilarity independent of the Reynolds number and upstream boundary conditions. The collapse of the inner-scaled circulation profiles of a trailing vortex has even been previously demonstrated for the cases of highly unsteady and turbulent vortex systems, as well as for vortices which were incompletely developed. A ...

Agroforestry Development in Kenya

Agroforestry in Action

T two best candidate species for truffle cultivation in the south-central U.S. are the Burgundy truffle (Tuber aestivum Vitt., syn. T. uncinatum Ch., Fig. 1a) and the Périgord black truffle (T. melanosporum Vitt., Fig. 1b). These common names (Burgundy truffle and Périgord black truffle) are derived from the names of two of the many regions in France where they are famous. Though native to Euro...