East Malling Research Station

The story of East Malling Research Station begins in 1913 when the Wye College Fruit Experiment Station was founded under Wellington, the first Director, as the result of representations by the fruitgrowers of Kent, Surrey and Sussex. At this time Spencer Pickering was demonstrating, on the Duke of Bedford’s Experimental Fruit Farm at Woburn, the wide field to be explored in the scientific study of fruit culture, and was already struggling with the great experimental difficulties arising from the heterogeneity of his plant material. The National Fruit and Cider Institute at Long Ashton, founded in 1903, was developing its work under Professor Barker while the John Innes Horticultural Institution, now in its new home at Bayfordbury, had been founded only two years before. The broad climatic distinctions between the fruitgrowing areas of the south east, in the heart of which East Malling is situated, and of those of the south west, served by the Long Ashton Research Station, are illustrated in figure 1, together with the acreage under tree fruits in each county. Wellington defined the task of the Experiment Station upon its foundation as ‘The study of problems which are met with in the actual culture of fruit trees and bushes.’ He emphasized the need for the study of the fundamental processes involved in the growth of the tree and pointed out that an essential preliminary was to identify and control the factors producing variation in growth, in yield, and in response to cultural treatments. He gave pride of place in the programme to the problems of rootstock effects, but work was also envisaged on propagation, on incompatibility and double working, on pruning and on manuring of tree fruits, while investigations on soft fruits and hops were also planned.

At the Radio Research Station, Slough, measurements were taken of the apparent bearing and elevation angle of the first Russian satellite on a number of occasions on both transmission frequencies, and some other phenomena were also studied. The object of the experiments was not so much to help in fixing the position of the satellite as to obtain information about ionospheric propagation by studying the results retrospectively in the light of exact data about the track of the satellite. The first measurements at Slough were made on the evening of 5 October; these were of the bearing on 20 Mc/s, and were continued at intervals until 16 October. On 7 October equipment for the measurement of elevation angle on 20 Mc/s was brought into use, but unfortunately very few successful observations were made with it, largely because of difficulties with interfering stations. On 8 October measurements of bearing and elevation angle were begun on the frequency of 40 Mc/s on a site at Winkfield, 13 km to the south-west of Slough, and these too were continued at intervals up to 16 October.


The story of East Mailing Research Station begins in 1913 when the Wye College Fruit Experiment Station was founded under Wellington, the first Director, as the result of representations by the fruitgrowers of Kent, Surrey and Sussex.


1951 ◽  
Vol 7 (20) ◽  
pp. 319-327

After a life of brilliant inventive achievement in the wide field of applied science, S. G. Brown passed quietly into what he believed to be a new spiritual world on the evening of Saturday, 7 August 1948, in the house on Salcombe Hill, Sidmouth, where he went to live upon his retirement in 1945. Sir Norman Lockyer, one of the sixteen leading Fellows of the Society who supported Brown’s certificate of candidature for the Fellowship in 1923, died in the same house in 1920. When Lady Lockyer died there in 1943, she bequeathed her home and its grounds to the Norman Lockyer Observatory Corporation, which had its buildings and great telescopes in domes on a site of 44 acres on the summit of Salcombe Hill. The whole property, with the exception of the Observatory site, was purchased by Mr and Mrs Brown from the Corporation in 1948. He had been a member and benefactor of the Corporation since its formation, and was present with his wife at the Observatory when the buildings and instruments and the freehold site upon which they stand, together with a substantial endowment fund, was transferred to the University College of the South-West, Exeter, as a research department of the College.


2013 ◽  
Vol 16 (1) ◽  
pp. 77-87
Author(s):  
Mai Thi Tran

The process of establishment, assertion and defense of the sovereignty over the Vietnam’s South West waters by the Nguyen Lords and Nguyen Royal Dynasty is a long process undergoing many complicated upheavals during the period from the 17th to 19th centuries. Through the consistent, flexible and resolute policies and measures issued by the Nguyen Lords and Nguyen Royal Dynasty, the sovereign power of Vietnam extended over all of the South West waters up to Ha Tien and Ca Mau Cape, including offshore islands in the East Sea and Gulf of Thailand. Besides the Paracel Flotilla guarding the archipelagos in the East Sea, the Nguyen Lords also established the Bac Hai Flotilla (under the command of Paracel Flotilla) with the responsibility to exploit fossils, inspect and control Vietnam’s sovereignty implementation in the areas of “Bac Hai zones, Con Lon island and other islands in Ha Tien”. From the enforcement of Vietnam’s sovereignty and sovereignty rights, the Nguyen Lords turned the South West waters into one of the most critical sites in international exchange which made contribution of vital significance to the construction and protection of national security.


2004 ◽  
Vol 50 ◽  
pp. 147-155
Author(s):  
Fraser J. Bergersen

Eric Hewitt was a plant physiologist, distinguished internationally for his research on the detection of deficiencies in trace elements in the mineral nutrition of plants and for elucidating the biochemical roles of some of these elements, particularly in the reduction of nitrate and nitrite ions. The research of his laboratory at Long Ashton Research Station, Bristol, was based on the meticulous applications of basic inorganic chemistry to techniques for sand–and–solution culture of experimental plants. Typically, trace elements are required by plants in concentrations of a few parts per million in the substrate in which they are grown. Consequently, to detect and measure effects of such nutrient elements on the growth of experimental plants, it is necessary to remove traces of these elements from the sand medium and from the plant nutrient solutions. His methods achieved astonishingly low levels of contaminating trace elements in plant growth media (Russell 1966, pp. 361–371). The element under study is then added to the test plant cultures at low concentration, and the growth and composition in test and control plants are compared. Hewitt's initial contribution was to devise techniques that could achieve such objectives. These techniques have been applied to solve problems of plant nutrition in agriculture and horticulture in many countries and they were the foundation on which his achievements in plant biochemistry were built.


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