Development of new technologies for good quality sustainable agroenergy farming and ecodevelopment are interrelated with agroclimatic conditions and primary land productivity. Primary land productivity will denend not only on its soil nutrient status but also nutrient availability which will be regulated by several factors including soil microflora, e.g. phosphate solubilizing orgamism making phosphate available. Any planting activity will alter the soil pH and thereby alter nutrient cycle. The depleted soils will require not only replenishment of nutrients but also organic matter. Tropical soils of semi arid and arid regions have organic contents less than 0.02 percent to 0.2 percent. Probihitive costs of FYM restrict its use which results in increased use of inorganic fertilizers. The underground water table is going deeper and deeper from 100 m to 300 to 400 m. Deep wells expose underground rocks which result in increasing salt and pollutants like fluorides causing human as well as agricultural problems. Those farmers who started agriculture in hitherto rainfed areas due to availability of electricity and deep wells utilizing underground water subjected their lands to destruction of soil structure within two to three year period. Soil one of the most important factor but unfortunately most neglected part of ' Biotechnology' . Primary plant productivity shall depend on soil health. The reasons why agricultural productivity is declining in tropical area could be found in soil health. Scientists looking for genetic transformations have even stopped to analyse the soil where such improved varieties shall grow. Good quality sustainable agriculture and agoenergy farming would require total understanding and sharing of plateform with all cocerned to make it more productive on sustainable basis and achieving targets. Once the forest soils are depleted 'auto destruction' starts because forests and agricultural sites are not isolated parameters but are living entities in  totality and altering one parameter sets a chain of events which are very hard to roll back if not impossible. In my openion forests which have taken thousand years of growth can not be produced in a short span of human life.  Only an  integrated approach can make survival and fulfilment of needs of ever increasing population demands for food and energy. Efforts of Mr Clive Richardson to generate incentives through CCF are commendable.