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Beneficial effects induced by composted biosolids in horticultural crops


, : Beneficial effects induced by composted biosolids in horticultural crops. Clapp, C E [Editor], Larson, W E [Editor], Dowdy, R H [Editor] SSSA Miscellaneous Publication; Sewage sludge: Land utilization and the environment 95-100



Accession: 002763801

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Related references

Gouin, Fr, 1982: Using composted waste for growing horticultural crops. BioCycle 23(1): 45-47

Novinscak, A.; Surette, C.; Allain, C.; Filion, M., 2008: Application of molecular technologies to monitor the microbial content of biosolids and composted biosolids. Disposal of human biosolids is a source of concern for public health and the environment. Composting appears to be an interesting alternative to traditional disposal methods as it can decrease the load of human pathogenic microorganisms often pres...

Esteller, M.V.; Martínez-Valdés, H.; Garrido, S.; Uribe, Q., 2009: Nitrate and phosphate leaching in a Phaeozem soil treated with biosolids, composted biosolids and inorganic fertilizers. The use of organic wastes in agriculture may increase the production of crops by incorporating organic matter and nutrients into the soil, and by improving its physical characteristics; however, this use may cause environmental problems such as th...

Blumel, S., 1989: Summary of the products approved in Austria for control of pests and diseases in horticultural glasshouse crops (January 1989) and their side effects on beneficial organisms. Insecticides, acaricides, fungicides and combined preparations for use in vegetable and/or ornamental greenhouse crops are tabulated by trade name, with active ingredient(s), spectrum of activity and side effects (1: harmless to 4: strongly toxic)...

Brito, L.M.guel; Hadley, P., 1993: Effects of composted municipal waste and a paper mill waste composted with bark on the growth of vegetable crops. Fragoso, M A C [Editor], van Beusichem, M L [Editor] Developments in Plant and Soil Sciences; Optimization of plant nutrition 101-105

Ter Kuile, J.H., 1964: Soil treatment with horticultural peat and composted peat in combination with various fertilizer applications in growing strawberries and other crops. Soil amendment with horticultural peat plus a granular, fertilizer (12+10+8) increased yields of strawberries and spinach grown in the third and fourth years compared with those in unamended soil. In frame trials the growth of strawberries and let...

Perez Murcia, M.D.; Moreno Caselles, J.; Moral, R.; Perez Espinosa, A.; Paredes, C.; Rufete, B., 2005: Use of composted sewage sludge as horticultural growth media: effects on germination and trace element extraction. The increasing demand for growth media for greenhouse horticultural uses, the rising new uses of substrates, and the scarcity and cost of traditional sources, such as sphagnum peat moss in Mediterranean countries, have focused research on new subs...

Slagle, J., 1997: Strategic marketing for composted biosolids. The biosolids composting operations at the Hornsby Bend Wastewater Treatment facility in Austin, Texas, USA, are described. The biosolids product, Dillo Dirt, is sold wholesale and also used in community project. Curbside collection and yard trimm...

Farrell, M., 1998: Composted biosolids are big plus to Ohio nursery. Developments at Klyn Nurseries in Perry, Ohio, USA, over the last decade are described. Organic residuals are an integral part of the management strategy for the nursery, with biosolids compost used for more than 1 300 species of high-value landsc...

Reddy, P.P.; Kumar, N.K.K.; Abraham Verghese, 1998: Advances in IPM for horticultural crops. Proceedings of the first national symposium on pest management in horticultural crops: environmental implications and thrusts, Bangalore, India, 15-17 October, 1997. A total of 89 papers were presented at the conference. These were grouped under pest management in fruits, vegetables, ornamental, spices and plantation crops, biological control, pesticide residue in horticulture crops and nematology.