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Crop Productivity and Scientific Research Productivity in Horticulture : A Quadratic Relationship

机译:园艺业的作物生产力和科研生产力:二次关系

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摘要

Measurement of scientific productivity using scientometric indicators is easy in basic sciences. The measurement is difficult in agricultural sciences as the end user could be a farmer, industrialist or entrepreneur. Research findings of immense uses to the fishermen are published in journals of low impact factor. One such finding helped to enhance the fisheries productivity by five times. A research finding supported by related research and development efforts in needy areas could make quantum jumps in productivity like Green revolution. Some research finding could create lot of impact among researchers. Tissue culture medium developed by Murashige and Skoog could be an example. Bhat attempted to know the proportion of literature published in each crop as well as each area of specialization using the world horticultural literature published in 1970-89. The study indicates the large discrepancies in the amount of research effort devoted to crops in relation to the size of the industry concerned.
机译:在基础科学领域中,使用科学计量指标测量科学生产率非常容易。由于最终用户可能是农民,实业家或企业家,因此在农业科学中很难进行测量。对渔民的巨大用途的研究发现发表在影响因子低的期刊上。其中一项发现使渔业生产力提高了五倍。在贫困地区相关研究和开发工作的支持下,一项研究发现可能会像绿色革命一样使生产率产生巨大的飞跃。一些研究发现可能会在研究人员中产生很大的影响。 Murashige和Skoog开发的组织培养基就是一个例子。 Bhat尝试使用1970-89年间出版的世界园艺文献来了解每种作物以及各个专业领域中发表的文献比例。该研究表明,与相关行业规模有关,专门用于农作物的研究工作量存在很大差异。

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