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Loxton Research Centre
A Brief History of the Department of Agriculture in Loxton
Compiled by Peter Magarey and Pat West
The Early Days
The Department of Agriculture has had a presence in Loxton since 1947 when a Stock Inspector (Mr Rhys Roberts) transferred to Loxton to assist with the Pleura-Pneumonia Eradication Program. A second officer (Mr William Brownrigg) transferred to Loxton from Streaky Bay in 1951 to take up the position of Agricultural Adviser for the Northern Murray Mallee. As there was no office established at that time, both officers worked from home. Prior to the presence of these officers the farming community were serviced by staff stationed at Karoonda.
The establishment of the Loxton War Service Land Settlement Scheme at Loxton in 1948 created a need for horticultural production advice to be provided for the new settlers. Initially this service was provided on a part-time basis by Mr Cecil Grasby (affectionately referred to as 'old Gras') who was stationed at Berri and Mr Milton 'Spike' Spurling who provided a part time consulting service to growers from Adelaide. Mr Grasby subsequently transferred to Loxton in 1951 and was located in the Department of Lands complex on the corner of Anzac Crescent and Kokoda Terrace. Mr Bruce Hall (who replaced Mr Brownrigg in 1956) and Mr James 'Chip' Mawby who was appointed as Horticultural Inspector in July 1959 also operated from these premises. Mr Grasby died in office in 1959 and was replaced by Mr Bill Baskett who had been located at the Berri Experimental Orchard.
Early in 1960 staff were relocated to East Terrace in a building now occupied by 'The Loxton News'. In 1962 they were joined by a Soil Conservation Officer (Mr John Potter) and a Receptionist/Typist (Miss Jill Webster). Conditions were extremely cramped, which necessitated staff climbing over one desk to reach another!
The New District Office
Late in 1962 a new Government Office was opened in Kokoda Terrace to house staff from the Department of Agriculture, the Lands Department's Irrigation Office, the Highways' Department and the E&WS Department's engineering section. The move to this new building was most welcome by staff. The Department of Agriculture were allocated five offices, a reception area and two laboratories in the upstairs section of the building. The building boasted fluorescent lighting, Venetian blinds and wall-mounted electric fans and heaters!
The laboratories located in his building were rarely used as such. In the early days one of these laboratories was used as a staff room but as more and more staff transferred to Loxton both were utilised as office space.
Within a few years of moving to the Kokoda Terrace premises the staff were joined by a Weeds Officer, a second Soil Conservation Officer, an Economist, a Plant Pathologist, an Animal Health Adviser, and additional (temporary) Horticultural Inspectors.
Over the years, the Loxton District Office, with its service to both horticultural and dryland farmers proved to be a fertile training ground for about 40 people in total.
The Role of the District Office
The main function of the district office was to provide an advisory and diagnostic service to horticultural growers in the Loxton-Kingston-Moorook area and dryland farmers in the Northern Murray Mallee. Initially areas covered included: irrigated horticulture, agronomy, economics, soil conservation and animal health. Later a Soils Officer (Irrigation), a Vertebrate Pest Officer, a Post Harvest Officer, a Vegetable Extension Officer, and a Dried Tree Fruits Research Officer were located at this site.
Staff at the District Office also performed a regulatory function in fields of export fruit inspection, soil conservation and land clearing, and animal health.
Agronomy / Weeds
The role of the Agricultural Advisers/Agronomists was to ensure farmers in the Northern Murray Mallee achieved optimum results from their farms. Activities included:
- Provision of advice relating to farming methods, cereal and medic varieties, and cropping rotations.
- Provision of a diagnostic service and advice relating to pests and diseases and weed control.
- Assisting farmers with spray boom calibration.
- Establishment of demonstration plots on farmers' properties, including cereal variety trials leading to the promotion and acceptance of 'hard' wheat varieties.
- Together with Soil Conservation Officers and staff at Wanbi Research Centre agronomy staff were instrumental in the adoption of lay cereal farming techniques that improved dryland practices. They developed a crop rotation system based on the advantages of harbinger medic and introduced farm planning that strategically placed fences and watering points for better stock management and improved soil conservation.
- These innovative systems withstood the test of subsequent severe droughts and replaced the less sustainable fallow farming that was so subject to wind erosion and drifting sands. This brought increased and sustainable farm incomes and as a result, lasting economic and indirectly cultural benefits to the region.
- Investigations and demonstrations to explore 'stubble retention' farming methods with improved crop and pasture rotations and tillage equipment. This project led to the formation of the Mallee Sustainable Farming Project involving farmer groups in the Mallee districts of SA, Victoria and south-west New South Wales and has had the most far reaching benefits for sustainable farming in the Murray Mallee environment.
Animal Health
Projects involved with included:
- Control of sheep lice, including inspections at the Loxton Markets.
- Eradication of tuberculosis in pigs.
- Diagnosis and recommended treatments for diseases in sheep, cattle, pigs and poultry.
- Trial for copper and cobalt deficiency in merino lambs in conjunction with staff from Lameroo and Northfield.
- Achieved disease freedom in part of Mallee through non-blaming extension approach that was aimed at including farmers in the achievement rather than focussing on regulation and prosecution.
Animal and Plant Protection and Control
The Animal and Plant Protection officer was mainly concerned with measures relating to the control of rabbits and mice and was responsible for the distribution of poisons to landholders during mice plagues. The officer also had an advisory and regulatory role to play in ensuring gazetted weeds were removed from roadsides, landholder's properties and riverfront areas.
Irrigated Horticulture
Horticultural staff were involved with a range of activities to assist fruitgrowers in the area achieve optimum results from their properties. The main areas of activity included:
- Advice relating to cultural methods, cover crops, irrigation and fertiliser requirements, pruning, and drying of fruit.
- Assisting growers with spray plant calibration.
- Provision of a diagnostic service and recommendations relating to pests and diseases, and weed control.
- On-farm demonstrations and trials of various aspects of horticulture production.
- A trial to investigate and pioneer the feasibility of 'water-on-order' in the Kingston area (as opposed to irrigating on a roster system according to location on a channel). This concept was further refined to reach what has become 'water on demand' throughout the Riverland area.
- Together with staff from other Riverland offices published a handbook entitled 'Redevelopment of Vineyards' which assisted growers to change from unwanted grape varieties to those more in demand by wineries.
Economists operating from Loxton Office were involved with projects associated with both horticulture and dryland farming. Activities included:
- Development of Gross Margin analyses for a range of crops and varieties.
- Production of 'Horticulture Costs and Returns' which for a number of years was prepared as a supplement to 'The Murray Pioneer'. This publication included a series of tables to assist growers with their budgets and detailed the cost of inputs and anticipated returns for produce.
- Together with Horticultural Advisers and Co-operative Wineries undertook a successful campaign to encourage growers to replant to preferred varieties.
- Undertook an economic impact study of horticulture redevelopment from a grower's perspective.
- Established farm and horticulture business financial analysis system using a computer spreadsheet.
- Prepared an economic insight into the Rotation and Tillage Trials being conducted on Mr F Maynard's property at Lameroo by Dr Bob Fawcett from Northfield.
Export Fruit Inspection
Export Fruit Inspection staff were employed to inspect fruit prior to loading for export to ensure it was true to label, free from disease and pests and the required post-harvest treatments had been applied. These activities were vitally important since they allowed/secured access to overseas and interstate markets.
Staff also provided certificates relating to the movement of plants and fruit to and from interstate. This function ensured that packers and producers complied with the specific requirements of other states and also enabled the introduction of premium clones and other nursery material that form the basis of modern-day Riverland horticulture. The role of providing certification of fruit for export was transferred to the Australian Quarantine and Inspection Service (AQIS) in 1992.
Post Harvest
Post Harvest Officer was involved with investigating and demonstrating methods for continuing the life of fruit after harvest.
Projects included:
- Trials to determine the optimum methods, drying times and rates of sulphur required to produce a high quality dried stonefruit product. Activities included comparisons with both hand-cut and machine cut fruit.
- Trials relating to the cool storage and chemical treatment of citrus, stonefruit and pomefruit. These activities became extremely important and timely as the export of fruit to overseas countries increased.
Soil Conservation
Projects undertaken by Soil Conservation Officers included:
- A comprehensive extension program undertaken in early 1960s by the Soil Conservation Officer and the Agricultural Adviser aimed at informing farmers of new opportunities to control soil erosion and improve profitability. Recommendations incorporated into this campaign included: abstinence from fallowing; cropping on a three year rotation; introduction of Harbinger medic; increased applications of superphosphate; improved fencing and location of water points.
- Soil surveys of dryland and irrigated agriculture – a very significant role in determining which crop was best suited to each location.
- Together with Horticulture Advisers assisted with the transformation of irrigation methods through the development of a pycnometer for measuring air space in vine soils. This and other innovations led to a change in irrigation practice and greatly improved vine growth and production in the Riverland.
- Detailed Soil Surveys methodology for assessing new and existing irrigation projects. This led to the method presently undertaken by the ICMS survey group and is used throughout Australia and parts of Europe.
- Carried out inspections and provided recommendations relating to the administration of the Soil Conservation Act which required landholders to undertake specific land-use measures to prevent soil erosion and to seek permission to clear land.
- In 1988 a project funded by the National Landcare Program entitled 'Murray Mallee Farm Management Project' was established at Loxton. The aim of the project was to increase the adoption of conservation farming techniques and the recognition of farming to land capability. Activities involved working with eight case study farms to understand their economic performance and demonstration trials about no-till and conservation farming.
Other aspects of the project included pioneering wind erosion research in the SA Mallee using a wind tunnel, awareness through a fortnightly production 'On the Land' television and radio shows and technical support to the Loxton, Paringa, Lowbank and Browns Well Agricultural Bureau groups, Executive Officer support to the Murray Mallee District Soil Conservation Board and co-ordination of field days, seminars and workshops about the project.
The project resulted in substantial changes in land use, with a large percentage of northern mallee farmers now practicing no-tillage techniques.
The Vegetable Extension Officer worked in close conjunction with the research officer located at the research centre to continue to innovate, develop and promote a range of vegetable crops that had previously been either un-tried in the Riverland or their production limited to small acreages. These included an array of vegetables now commonplace such as butternut pumpkins, several melons and a range of different squash, eg button squash.
Administrative Support
Administrative support was first provided in 1962 when staff were located in the East Terrace building. The first Typist/Receptionist appointed was Jill Webster. Within 12 months of her appointment Jill moved away from the district and was replaced by Pat West. As staff numbers were relatively low at that time, Pat recalls how she would fill in her time by undertaking typing tasks forwarded from head office each week – a bundle of work would arrive each Monday which would then be completed and returned each Friday. This practice continued for a number of years but ceased early in the 1970s as the number of staff appointed to Loxton Centre increased and required clerical support.
Other permanent officers to provide administrative assistance to the District Office were: Di Warner (Miller), Sharon Haynes and Karina Tschirpig (Viney).
With the arrival in 1978 of the Regional Management team who were also in need of administrative support a significant amount of assistance was provided to the district office by staff from the E & W S Department until a second administrative officer was appointed in 1986.
Closure of the District office
The early 1990s saw a reduction in the number of staff located at the district office due to a general down-sizing of the Public Service, staff reductions, unfilled vacancies and the transfer of the Murray Lands Regional Management group the to the research centre. The remaining staff were transferred to the Loxton Research Centre in November 1994 and the office closed. As other departments vacated about the same time the office block was left vacant for several years until purchased by a private investor who developed it into what is known as the Harvest Trail Lodge.
Loxton Research Centre
The Farm
The Loxton Research Centre was established in 1960 on land that had been set aside for the establishment of a horticultural experimental station and was typical of much of the new irrigation development about that time. It initially featured about 25 acres (10ha) of furrow irrigation and 27 acres (11ha) of sprinkler system installed, with room for a further 20 acres (9ha) of sprinkler watered plantings to be developed. Special design features were included in the irrigation system to meet the particular needs of experimental watering programs.
The first plantings in 1960 were made up of grape vine trials. Stonefruit and citrus trials were planted in 1962 and 1963 as the irrigation system developed.
Mr Richard 'Dick' Hilder took up duties as Manager in 1962. As no office facilities had been developed, Richard operated part-time from the District Office and part-time from a 'tin shed' at the research centre which also housed field staff. This building later became the base for staff monitoring the 'Lure Grid' system which was set up to monitor the presence (or absence) of fruit fly.
To assist with the development of the farm, field staff from the Berri Experimental Orchard, which was in the process of closing, were transferred to Loxton.
Farm Buildings
Considerable development has taken place since the days of the 'tin sheds'. The centre now features an improved field office, a modern workshop, staff facilities, a chemical store and improved storage facilities for farm operations. Other facilities include glasshouses, insectaries and a first-class plant propagation unit. There is an interesting story attached to the building of the insectary. It appears it was required for a project not yet approved by the Minister, so staff from an Adelaide based unit purchased £99 worth of bricks monthly and together with local staff proceeded to construct the building themselves. Strangely enough the building was then officially opened by the Minister!
Research staff
Throughout the 1960s and early 1970s a significant number of research staff were appointed. The first of these Frank Gathercole arrived in 1963 and shared an office with Richard Hilder in the town office. Frank's role was to work on problems confronting the newly-expanding stonefruit industry.
In 1965 an entomologist was appointed as a general consultant and later concentrated on problems associated with stonefruit, eg peach aphid. This work was very successful. A second entomologist was appointed soon after to deal with pests of citrus and other aspects of citrus production. The main emphasis of this research was to pioneer biological control of red scale of citrus with a tiny wasp Aphytis melinus. This world-class research was highly successful and led to a significant reduction in the need for insecticides in the citrus industry.
By 1970 the research officers in the fields of Viticulture, Plant Pathology, Nematology and Irrigation and Soils had been appointed along with technical staff to deal with aspects of plant propagation and soil and plant nutrition. This team of young scientists contributed significantly to the development and expansion of horticulture at world standards in the Riverland.
Administrative support
Prior to the re-location of Gordon Hand from the Red Scale Committee (which had ceased to function) in 1967, the procurement of services and supplies was undertaken by staff from the Horticulture Branch in Adelaide. Typing services were provided by the Typist/Receptionist at the District Office until 1973 when the first typist (Maxine Dowley) was appointed to the centre. Since those first appointments the centre has been fortunate in attracting a succession of dedicated administrative officers who have provided a service to staff and the public which is second to none!
Office accommodation
Initially, research staff operated in extremely difficult and cramped conditions. The first office was a converted 5-room fibreboard accommodation building known as the 'pickers' quarters' which housed up to 12 research and technical staff, whilst others continued to operate from 'tin sheds' on the property until the new office and laboratory was established in 1970.
The 'Mill Laboratory'
To alleviate some of the over-crowding which existed at the centre by the mid 1960s, the Department established a laboratory at the rear of Noske's Flour Mill. Initially staff located at this facility which was referred to as the 'Mill Laboratory' provided an analytical service in the field of soil and plant analysis. Other staff to operate from this site included a Horticultural Adviser (Irrigation) and Soils Officer (Irrigation). The 'Mill Laboratory' continued to operate until 1981 when the extensions to the existing office block were opened at Loxton Research Centre.
The New Office and Laboratory
The first office and laboratory was opened on the 30 October 1970 by The Minister of Agriculture, The Hon. T.M. Casey, MLC. The building comprised six offices, three laboratories, a library and a reception area. Although this was a welcome site, it was already too small, as by the time of opening fourteen research officers and technical assistants were associated with the research centre and district research program. Thus, some staff continued to operate from the 'pickers quarters'.
1981 Extensions
It was not until 1981 that a reasonable level of accommodation was provided for research centre staff. Extensions which included a new reception area, an additional nine offices, extensive laboratories facilities, a Conference Room, a large Library, a staff room and other staff amenities have been of extreme value to the development of the region.
As a small example of the value of this facility, no-where else in the Riverland was there a conference facility for agricultural and horticultural use. This room has provided a venue for significant meetings at which horticulture and agricultural research and extension activities have been discussed and planned – leading to significant development of the region. These facilities have also been utilised by many Head Office sections seeking to meet with staff, industry groups and farmers.
Further expansion
Although the extensions opened in 1981 were a great improvement it was not long before these also became over-crowded. In the early 1980s Loxton Research Centre was selected as the site for a significant number of research and extension projects which were funded through the Commonwealth Government's River Murray Soil and Irrigation Program (RMSIP) and other agricultural and horticultural funding agencies.
Results from some of these projects led to the formation of the Irrigated Crop Management Service (ICMS) which was established to deliver service to irrigators, government and industry bodies across South Australia and beyond. To cater for this group a transportable building was located immediately behind the existing office-laboratory block.
In the early 1990s the centre also became the preferred location for projects funded through The Murray Darling Basin's Natural Resource Management strategy. This led to the doubling of the transportable unit to house staff appointed to these projects.
Research projects
Staff at Loxton Research Centre have been involved with numerous pioneering and innovative research projects, both on and off the centre. Some of the most significant have included:
Projects undertaken include:
- A seven-acre block of citrus on the Research Centre was planted in 1963 as a tree spacing trial with irrigation treatments superimposed. Tree numbers ranged from 75 to 150 per acre, with three irrigation treatments that varied the timing and amount of water applied. Results showed that development of the trees was not affected by either spacing or irrigation treatments, although it was considered irrigation response may be influenced by soil type.
- Investigations into the control of alternate cropping – a phenomenon that saw large crops of citrus occurring one year followed by significantly lower crops the following year. Trials included the use of Ethrel to promote abscission in Valencia trees thus reducing the number of fruit set in the 'on-crop' year.
Other trials included applying four different nutrient spray combinations to Valencia trees while they were carrying an 'on-crop'. Initial subjective assessments suggested that a response had occurred, but actual fruit counts taken in the following January showed that there was no significant response.
- Wind break trials in conjunction with investigations into test the effects of exposure to strong prevailing winds on the growth of young citrus trees.
- Assessment of the nutritional status of Riverland citrus via leaf samples from both fruiting and non-fruiting terminals, providing data which was subsequently utilised in determining fertilizer requirements the Riverland area.
- Field testing of:
- replant-rootstocks
- salt tolerant rootstocks
- late navel varieties
- Murcott Tangor production.
- Maturity testing and data recording of range of citrus varieties to establish the optimum time for harvesting and marketing.
- Evaluation and introduction of new varieties and establishment of foundation plantings.
- Virus indexing trials.
- Imperial mandarin thinning trial.
- Determining cost effective methods to increase the size of navel oranges for export markets.
Projects undertaken include:
- Phytotoxity of narrow range oils to citrus.
- Efficacy of narrow range oils in red scale control.
- Survey of snails on citrus in the Riverland.
- Evaluation of post-harvest scalicides.
- Biological control of red scale on citrus using Aphytis melinus.
- Biological control of oriental fruit moth using an azinphos-resistant predator mite (Typhlodorus occidentalis) and release of the braconid wasp (Macrocentrus ancylivorus) in Riverland orchards.
- Revision of spray technology including determining what spray coverage is needed for good control and world innovation of specially designed fans to apply minimum quantities of chemicals to achieve efficient and effective control.
Home gardens
Staff at the centre have set up demonstrations and provided advice to home gardeners on a range of topics relating to all the major crops. In addition they have provided advice on:
- Low maintenance gardens.
- Drip irrigation in the home garden.
- Native plant gardens.
Staff at the centre have also been involved with the planting of trees and shrubs in and around the centre and the town and the establishment of a native plant demonstration plot.
Research, extension and diagnostic projects undertaken on plant parasitic nematodes in South Australia has included world-class investigations of:
- The ecology of root-knot and stubby root nematodes.
- Evaluation of nematode resistant grape rootstocks.
- Development of methods of propagating grapes on rootstocks.
- Chemical control of nematodes on citrus, grapes, vegetables and cereals.
- Biological control of root-knot and cereal cyst nematode.
The research program undertaken at Loxton Research Centre led to the introduction of nematode-resistant rootstocks into the South Australian viticulture, saving the grape industry many millions of dollars by increasing productivity in nematode-infested soils, and by reducing the need for nematicides. This has pioneered the growing of grapes with cultural methods now used across Australia.
Nuts and other New/Alternative Crops
A number of nut varieties and other new crops have been introduced at Loxton Research Centre and their potential as suitable for the Riverland Region tested. Crops tested included:
- Pistachio nuts
- Pecan nuts
- Walnuts
- Avocado
- Kiwi fruit
- Persimmons
- Nashi fruit
- Feijoas.
Several of these including Avocado and Pistachio nut have become major crops throughout the Riverland. Many others were evaluated, though not proving useful, eg pomegranate, figs.
Plant Pathology
Projects undertaken include:
- Investigations of grapevine downy and powdery mildew leading to knowledge of how the mildew diseases spread and under what conditions. This led to the development of a disease simulator for downy and a computer system called AusVit, now used across Australia to control these diseases.
- Working with a local grapegrower Mike Western a low-cost electronic weather station the Model T Met Station was designed and built as a disease predictor for easy use by growers.
- Ausvit and the Model T, coupled with other biological technology now form the basis of a disease and pest advisory system called CropWatch for grapegrowers. This system faxes, e-mails and provides on-line management advice to help control diseases and pests more effectively. This is world leading technology.
- Chemical control of the disease black spot and brown rot of stonefruit.
Plant propagation
Projects undertaken include:
- Evaluation and introduction of innovative budding and grafting techniques that have revolutionised the Australian grape industry.
- Supply of grafted vines for replanting of Riverland vineyards.
- Propagation material for new crop development and the vine improvement program.
Work undertaken at the Loxton propagation unit has enabled the widespread use of disease and pest tolerant vine rootstocks and the propagation of many other crops.
In 1989 project entitled 'Woodlots for Salinity Mitigation' was established at Loxton. The project was funded by the National Afforestation Program and the Murray Darling Basin Commission Natural Resource Management Strategy involved establishing an experimental woodlot to determine the survival, growth and water use of a range of tree species irrigated with saline drainage water. The primary purpose being to fill knowledge gaps for developing policy on saline drainage water management.
Irrigation practice has been considered as of first importance in growing fruit in this area particularly in relation to questions of water quality. In recognition of this irrigation treatments were included in factorial designs of some of the early trials so that the effect of differences in amount and timing of irrigation could be measured. Examples included the citrus planting distance-irrigation trial and the apricot manurial-irrigation trial.
Projects undertaken include:
- One of the early trials carried out at the centre was set up to test the efficiency and benefits of under-tree vs overhead watering. Results from this trial lead to a changeover to under-tree watering for the Centre's plantings, with a number of different systems of under-tree sprinkling and soil managements undertaken during the changeover period. Over the years further investigations have led to a significant area of crops irrigated through drip systems.
- Equipment Evaluation which involved testing a range of irrigation equipment (predominantly sprinklers) for distribution flow rates and durability. The aim of this project was to measure and improve irrigation sprinklers in distribution uniformity in the field and determine life expectancy. The outcome of this project was an increase in grower awareness of sprinkler distribution in the field.
Another flow-on effect was to set up an equipment evaluation service for industry bodies on a fee for service basis. The service was handed over to the Australian Irrigation Technology Service (AITC) in Adelaide in 1995 to be run as a commercial business.
A related project involved field testing of complete irrigation systems and pumping plant performance, checking of irrigation system designs for hydraulic performance and provision of advice on all aspects of irrigation system design and operation.
- Irrigation Scheduling which involved assessing the water requirements of individual crops across the Riverland using a Neutron probe to measure available water in the soil and determine an irrigation schedule for growers. Once this service had been trialled and deemed to be of value to irrigation and could be run as a commercial enterprise it was handed over to private enterprise.
- Soil Surveys – assessing land suitability for irrigated horticulture.
- Soil mapping using AutoCAD computer software.
- In 1980 a project entitled 'Amelioration of Renmark Type 6 Soils' operated from Loxton. Funded through the River Murray Irrigation and Salinity Program the project involved investigations into soil management in vineyards, soil physical characteristics of Riverland soils and water balance in vineyards. Results from this project set the scene, with important underpinning work for much of the subsequent developments in water and soil management.
Investigations and innovations carried out and implemented at Loxton Research Centre have had a major impact on the efficiency of irrigation methods. The introduction of improved sprinkler design and performance measures and through the use computer-aided techniques linking water-use to soil type revolutionised the efficient management of the precious resources of the Murray. A key in this was a strong link between the Department of Agriculture and the E&WS. This not only brought improvements locally, but as the national significance of these techniques was recognised the new technology gradually 'moved up river'.
Projects undertaken include:
- Apricot-manurial-irrigation trial which tested six rates or timings of fertiliser and two timings of irrigation was laid out in a factorial design on a five acre block of apricots. Results showed that trees developed normally under half normal irrigation frequency and no obvious differences in tree size or cropping were seen from the different treatments.
- Peach rootstock trial which saw rootstock varieties and scion varieties matched in ways that tested the interaction of ripening date of the rootstock variety and ripening date of the scion variety.
- Almond, apricot, peach, nectarine and plum variety evaluation trials were set up to screen introduced varieties and local selections. Several of these were then planted in small plots to provide a source of budwood for growers.
- Rootstock propagation.
- Fruit thinning of canning peaches using chemicals
- Introduction of new varieties including apricots, peaches and nectarines.
- Training systems – development of the Tatura trellis for canning peaches and the MIA trellis for apricots
- Development of the almond industry in the Riverland with new varieties well suited to warm inland climate.
Projects undertaken include:
- Development of a herb garden.
- Trial plantings of many new vegetable varieties including peppers, pumpkins, squashes and rockmelon, watermelon, and garlic.
- Development of cultural practices for rockmelons using drip irrigation.
- Assessment of potato varieties and cultural methods.
- Trials assessing onions for fresh market and dehydration.
- Assessment of beans for drying and fresh markets.
- Development of cultural methods for broccoli, sweet corn and cauliflower.
- Assisted other staff to develop Centre Pivot irrigation for potatoes and onions.
As many of these crops had previously not been grown in the Riverland, the program led to a significant increase in the value of vegetable production.
Projects undertaken include:
- The evaluation of important new grape clones and varieties. This led to improved planting material and cultural methods that improved yields and increased financial returns for growers.
- Assessment of the nutritional status of Riverland vines by leaf analysis.
- Currant vine training trial and other pruning and trellising trials.
- Clonal selection and establishment of a State Foundation Planting–making available certified cuttings for vineyard replanting in the Riverland.
- Selection of improved vine clones. This project established in conjunction with the SA Vine Improvement Program was designed to provide virus-indexed, high yielding clones of established and newly introduced cultivars for industry. In order to select high yielding clones of the cultivars Gordo, Shiraz, Grenache, Rhine Riesling, Doradillo, and Cabernet Sauvignon, several clones of a particular cultivar were planted in a randomised block, with each clone being replicated 20 times.
- The introduction of rootstocks tolerant to limy soils and resistant to nematodes, a major pest of Riverland sandy soils, and to Phylloxera, a major pest elsewhere.
All these improvements fostered a transition to production of table wines which under-girded the boom years for Riverland viticulture from the 1990s onwards.
Murray Lands Region
In the mid 1980s the Department made a decision to establish a number of regions across the state to manage the operations in country locations. The first of these was set up in the South East, with headquarters at Struan near Naracoorte.
The second region to be established was the Murray Lands Region to supervise operations and staff at Loxton, Berri, Renmark, Waikerie, Lameroo, Murray Bridge, the Loxton and Wanbi Research Centres and the Pinnaroo and Yamba Roadblocks. Previously staff reported to senior staff in their respective branches in Head Office.
Loxton was chosen as the site for the Murray Lands Regional Headquarters because of the close proximity to major horticulture and dryland farming districts.
The establishment of Murray Lands Region coincided with the transfer of the irrigation section of the Lands Department at Loxton to the E & WS Department, with headquarters at Berri. Thus the regional management team headed by Mr Geoff Thomas (who had been previously stationed at Loxton as a Soil Conservation Officer) found it convenient to locate in the area vacated by the Lands Department in the Government Office building in Kokoda Terrace. Geoff was supported by a Regional Officer (Horticulture) and a Regional Officer (Research) plus Senior District Officers located at Renmark and Murray Bridge.
Administrative support was provided through the transfer of Mr Keith Verrall from the Lands Department, with additional support provided by the District Office Clerk.
In 1985 the Murray Lands Region became one of a number of units set up as Small Management Business Units (SMBUs). This change led to the region accepting responsibility for a number of activities previously provided by Head Office units, including Capital Equipment, Minor Works, Supply, Housing, Transport, and all aspects of relating to the employment and management of staff. To facilitate this change, Mr Grant Wasley transferred to Murray Lands Region from the Management Services Unit and additional support was provided with the transfer of Miss Pat West from the District Office.
In 1990 the regional management team vacated the Kokoda Terrace premises and transferred to the Loxton Research Centre to provide additional administrative support to the increasing number of staff at that location.
Murray Lands Region disbanded
The concept of regionalisation was disbanded in 1993 when Primary Industries SA (PISA) was created and a new structure for the newly created department was established.
Under the structure developed in 1993 for Primary Industries SA, staff and operations were managed by a team of General Managers (Horticulture, Livestock, Agronomy, and Sustainable Resources). Under this set up district offices and research centres were aligned with an appropriate General Manager, with Loxton extension, administrative and some research staff reporting to the General Manager (Horticulture) located at Lenswood. A number Service Delivery Managers were appointed to manage operations in some of the larger locations such as the Riverland. Mr Duncan Tullett was appointed to oversee operations in the Riverland area.
PISA was renamed Primary Industries and Resources SA in 1996 when a new super department was formed to incorporate the Department of Agriculture (PISA), the Department of Mines and Energy and the Department of Fisheries.
In 1992 A decision was made to separate the research arm of Primary Industries into a separate organisation – The South Australian Research Development Institute (SARDI). Several staff members from the Loxton Research Centre were transferred to this new organisation and reported to senior staff at the Waite Institute. SARDI was twice revamped throughout the 1990s which resulted in a further swapping of staff between PIRSA and SARDI and the transfer of the Loxton Research Centre Farm to SARDI.
Commercial Operations
During the past 20 years, several commercial or semi-commercial ventures have been developed at Loxton Research Centre, including:
Analytical Crop Management Laboratory (ACML)
ACML was established in 1991 due to the lack of sufficient government funding to maintain a functional analytical laboratory service. The service was promoted to the private sector as a user-pay system and achieved full cost recovery by 1995.
ACML/SASPAS has evolved through several significant historical events to become an efficient and well-respected team. Some of the more significant events were:
- July 1991: ACML established within PIRSA
- 1993–1994: transferred to State Services Department.
- 1994–1995: ACML became fully commercially funded i.e. no government funding.
- July 1995: transferred back to PIRSA
- July 1998: incorporated into PIRSA Rural Solutions
- July 1999: SASPAS was added to ACML and converted to a financially viable unit.
ACML/SASPAS provides an analytical and diagnostic laboratory service in plant and soil nutrition, and in addition to the nutritional analysis provides limited elemental analysis on water, fungicide dip testing, maturity and fruit quality analysis on citrus and grapes.
The Analytical Crop Management Laboratory offers a local, comprehensive analytical service in:
- Plant nutrition
- Soil nutrients, salinity, pH and classification
- Organic wastes
- Water elemental analysis
- Fungicide dip testing
- Gypsum and Dolomite purity testing
- Maturity and fruit quality testing of citrus and grapes
- And with the assistance of senior industry consultants, provides a full diagnostic and interpretative service in the plant tissue area.
The South Australian Soil and Plant Analysis Service provides a soil and plant analytical service to assist in the monitoring of the physical and chemical health of SA agricultural soils and to diagnose the nutrient status of plants and animals.
Irrigated Crop Management Service (ICMS)
ICMS was established in 1985 to deliver services to irrigators, government and industry bodies throughout South Australia and beyond. Services included: soil surveys, irrigation system evaluations, irrigation and drainage management plans, and assessing land suitability for irrigated horticulture. Fees were charged for services that were identified as being of direct benefit to the client.
A key component of the service was the development of soil mapping methodologies to assist irrigators to understand the key soil properties and to apply appropriate management affecting crop selection, soil improvement, and irrigation design and scheduling. The soil mapping methodologies have been adopted by the Irrigation Industry.
ICMS is now incorporated into Rural Solutions SA.
Rural Solutions SA – (formerly PIRSA Rural Solutions)
Rural Solutions SA was established as a business arm of Primary Industries and Resources SA in 1998 to assist in realising state policy objectives and to provide paid services to a wide range of clients including government agencies, agribusiness, regional community groups, grain growers and their advisers, and wine and food producers and processors.
Most staff located at Loxton, apart from those in SARDI, now form part of this vibrant commercial operation which is quite a change from their previous role of providing an advisory and diagnostic service to horticulture and dryland farmers.
In addition to funds provided by the State Government, a number of important partnerships have been formed to provide funding for projects. These include:
- SA Canning Fruit Growers' Association
- Australian Canning Fruit Growers' Association
- Commonwealth Extension Grant Fund
- Horticulture Research and Development Corporation
- Citrus Board of South Australia
- Dried Tree Fruits Board
- River Murray Irrigation and Salinity Investigation Program
- Murray Darling Basin Commission/Natural Resource Management Strategy
- National Soil Conservation Program
- Grains Research and Development Corporation
- Grape & Wine Research and Development Corporation
- Riverland Vine Improvement Committee
- Riverland Winegrape Industry Council
- Riverland Phylloxera and Grape Industry Board
Dissemination of Information
Staff from both the Loxton District Office and Loxton Research Centre have been heavily involved with providing the farming community on up-to-date information on current and new cultural methods. Many research papers have been published in Australian and international scientific journals while extension activities have included:
- Regular press releases to newspapers, radio and TV.
- For several years in the mid-late 1980s the Department ran a weekly farm and horticultural program – 'On the Land'. This program featured footage and commentary on a selected topic by a departmental officer, with industry leaders invited to join the program as the need arose.
- Weekly 'Now Is The Time To' segments and other articles to local newspapers.
- Articles on a variety of topics in the Journal of Agriculture aimed at farmers and fruitgrowers and refereed journals such as the Journal of Agricultural Research.
- Guest speakers at numerous Agricultural Bureaux, Rural Youth and United Farmers and Stockowners and other farmer/grower meetings and conferences across the Riverland and the nation.
- Displays at the annual Riverland Field Day and other agricultural and horticultural events.
- Attendance and involvement in 'Open Days' at Loxton and Wanbi Research Centre Field Days.
- Numerous departmental publications including bulletins and fact sheets.
Technology Changes
Staff at Loxton have witnessed many advances in the area of office equipment and information technology since the days of the 'Imperial 66' typewriter which was the standard allocation when the author (Pat) joined the Department in 1963. Pat recalls that this was the only piece of office equipment provided, although access to a gestetner owned by the Lands Department was available when multiple copies were required.
The 'green machine' as it was known was replaced with the first of several long-carriage machines in the late 1960s. Several attempts to have an electric typewriter allocated to Loxton were unsuccessful until the Regional Management team arrived in 1978 and an electric 'golf-ball' machine, with the ability to change fonts was provided. This was later followed by an electronic typewriter with a small amount of memory and a series of 'daisy-wheels' to provide a variety of fonts.
The mid 1970s saw the arrival of the first photocopier – a very basic machine which utilised a roll of 'smelly' paper which did not hold its print for more than a few months.
The first fax machine was also very basic and housed a cylinder to which items to be faxed (or blank sheets for receival) were installed under a small metal bar. Only one sheet could be installed at a time with a 20-second time frame allowed for changeover! The unit was very unreliable and consistently dropped out part way through the transfer of information.
Next came the era of the computer, improved fax machines and photocopiers that enabled copies to be reduced/increased and collated.
The First Computers
The first computer to be utilised at Loxton was an Osborne purchased privately by economist Venton Cook several years prior to an '8088' computer being allocated to the Loxton District Office in 1983.
The '8088' had no hard drive and came with Lotus 123, dBase a Pye editor and a dot matrix printer. Initially no dedicated word processor package was provided as the machines were allocated mainly for economists. However within a few months we were provided the word processing program 'Watchword'. This was extremely basic and required the programming of a number of function keys to enable a typist to change margins when indenting paragraphs.
The first computer installed at the Loxton Research Centre in the early 1980s was a cumbersome unit which utilised 8-inch floppy discs and was used mainly for scientific analyses.
In 1986 both the district office and research centre were provided with '8086' machines which included a hard drive, a new word processing program called 'Multimate' and a 'daisy-wheel' printer to allow for more professional publications to be produced.
Within a short time these machines became out-dated and were replaced with '286', '386', '486' and Pentium machines. Multimate was replaced by Word Perfect and laser printers became standard.
The Internet
Loxton Research Centre was one of the first country offices to be connected to the internet. Locally, the project required a great deal of planning in terms of where to locate the server, the number and location of nodes and facilitating staff training. However, as the concept of the internet was relatively new to most staff at Loxton, the project would not have been achieved without the immense assistance and support provided by Mr John Ellis and his team of professionals from the Information Systems Branch in Head Office. Staff from the Information Systems Branch continue to provide on-going support in all aspects of Information Technology.
The introduction of the internet to Loxton in 1993 saw a change in the way many staff operated. With most having a computer on their desk, and through the significant level of training provided, professional and technical staff were in a position to prepare their own publications, thus reducing the demand on administrative staff. Whilst some staff resisted this move, others relished the opportunity and within a short time began to prepare publications which included colourful graphs and photos. The introduction of the windows based Microsoft Office programs with their graphical interface options assisted many to adapt to this new technology.
The internet has provided easy means of communication locally, departmentally and externally.
Staff at Loxton now have access to the most up-to-date computing facilities, colour photocopiers, scanners and telephone systems.
Many significant technological advances have been experienced in the laboratory and on-farm systems, particularly in the field of irrigation automation and related activities.
Weather Records
Since the early 1960s the Loxton Research Centre has been recording weather details and is recognised an official recording station for the Bureau of Meteorology. Readings taken 3-times daily in summer and twice-daily in winter include: maximum, minimum temperatures, dew point, rainfall, evaporation, wind direction and cloud formation.
Fisheries Department
Fisheries Department has had a presence in Loxton since the mid 1950s and having shared the same Minister with changes in government has been aligned with the previous Department Agriculture on a number of occasions. They currently form part of Primary Industries and Resources SA (PIRSA). Their brief is to monitor fishing activities along the River Murray.
The authors would like to thank the following people who provided information relating to their employment with the Department of Agriculture:
- Ms Kalin Atrens (Information Technology)
- Dr Peter Bailey (Entomology)
- Mr Ian Bond (Alternative Crops)
- Dr Malcolm Campbell (Citrus Research/Entomology)
- Mr Greg Cock (Soils/Irrigation/Salinity
- Mr Venton Cook (Economics)
- Ms Sue Daly (Farm Buildings)
- Mr Frank Gathercole (Stonefruit Research)
- Mr Warwick Hack (Animal Health Extension/Regulation)
- Mr Murray Harvey (ICMS projects)
- Mr Richard Henderson (Vegetable Research and Extension)
- Mr David Heinjus (Soil Conservation/Murray Mallee Farm Management)
- Mr Alan Hincks (Agronomy Extension)
- Ms Christ Korte (Employment details)
- Mr Mike Krause (Economics)
- Dr Don Plowman (General research program)
- Dr John Potter (Soil Conservation/Irrigated Horticulture)
- Mr Mark Skewes (Citrus Research/ICMS history and projects)
- Dr Graham Stirling (Nematology)
- Ms Susan Sweeney (Silviculture)
- Dr Greg Walker (Nematology)
- Mr Ken Wetherby (Soil Conservation/Soil Survey Methodology)
- Mr Richard Wood (Weeds/Soil Conservation/Agronomy)
- Mr Tom Yeatman (Animal Health Extension/Regulation)
Thanks also to the following Loxton Centre administrative staff: Kaylene Nickolai, Dafni Polymiadis, Bev Scarfe, Sally Thiele and Karina Tschirpig who assisted with staff names/dates of employment and provided access to records.
Appendix 1: List of staff employed at Loxton
(Note: this list may not include all weekly paid, temporary and casual staff)
* denotes employed as at May 5, 2007
Name Field of employment Date(s) employed
- Adams, Anthony Water Use Advice (ICMS) Management (ICMS) 1989–*
- Ainsworth, Noel Technical Support–Citrus 1987–1990
- Alam, Jahingir Irrigation Consultant (ICMS) 2002–*
- Allan, Catherine Soil Conservation 1986–1998
- Allen, Wayne Farm Support 1981–1982
- Altmann, Susan Administration Support 1989
- Anderson, Fiona Irrigation & Soils Research 1998
- Angeleski, Michael Farm Support 1988–1999
- Anspach, Barry Farm Support 1990–1997
- Atkinson, Ian Viticulture Research 1980s
- Atteo, Bryce Farm Support 1980s
- Aucote, Monique Irrigation Research 1994–1995
- Aujard, Louise Property Management Planning (ICMS) 1995–1996
- Auricht, Barbara Administration 1973–1981
- Bailey, Peter Entomology Research 1973–1979
- Baker, Maxwell Regional Strategy/Financial Counselling 1999–*
- Bakonyi, Ildiko Horticulture Extension 1986–1989
- Barbary, Jack Stock Inspection 1960s
- Barrett, Susan ACML Support 1999
- Barton, Stewart Spray Technology Research 1990–1991
- Baskett, William Horticulture Extension 1959–1969
- Bass, Anthony Plant Propagation 1970–2007
- Biele, Andrew Farm Management 2004–2006
- Biggins, Kathryn Administration/Laboratory & Research Support 1980s–1990s
- Biggins, Lesley Plant Pathology Support 1990s
- Biggins, Margaret Farm Support/ACML 1981–1998
- Binks, William Water Management (ICMS) 2001–2002
- Boehm, Mervyn Export Fruit Inspection 1970s
- Bond, Ian Field Support/ Research Centre Management 1967–1984
- Booth, Nicholas Industry Development 1995–1996
- Broad, Christine Laboratory Support–Entomology 1968–1973(?)
- Brown, Grant Irrigation & Soils Research 1980s
- Brown, Anthony Regional Management 1986–1992
- Brownrigg, William Agronomy Extension 1951–1956
- Bull, Barry Agronomy Extension 1964–1968
- Burdon, Margaret Nematology Research 1976–1978(?)
- Buss, Peter Irrigation Scheduling(ICMS) 1988–1989
- Calderwood, Tracy Irrigation, Viticulture and Salinity 2001
- Campbell, Ian Farm Support 1997–2001
- Campbell, Malcolm Citrus Research/Entomology 1966–1971
- Carruthers, Kathryn Administration Support 1993–1994
- Cavallaro, Domenic Export Inspection Supervision 1984–1988
- Cawthorne, Richard Farm Support 1961–1973(?)
- Cerchez, Kristin Dried Tree Fruits Research 1992
- Chapman, Helen Technical Support–Irrigation 1983
- Chappell, Andrew Irrigation Research 1965–1969
- Christofis, June Farm Support 1994–1996
- Christofis, Michael Farm Support 1996
- Cock, Gregory Soil & Irrigation Research 1980–1984
- Cole, Philip Soil & Irrigation Research /Research Management 1972–1984
- Collins, David Export Fruit Inspection 1970s
- Cook, Venton Economics 1977–1988
- Cook, Vesna ACML 1988–*
- Crawford, David Agronomy Extension 1973
- Crocker, John Farm Management 1994–2003
- Dalton, Gregory Technical Support–Citrus 1982–1987(?)
- Davidson, Tom Weeds Extension 1965–1968
- Davies, Gerard Irrigation Research/Natural Resource Management 1988(?)–1994
- Day, John Farm Support 1987–1990
- DeBruin, Robert Irrigation & Soils Research 1983
- Delaine, Andrew Laboratory Support 1977 – 1979
- Delaine, Susan Administration Support 1990–1992
- Disher, Peter Field Services 1960s(?)
- Dixon, Justin Information Technology 1999 -2004
- Douglas, Timothy Irrigation Agronomy Research 1986–1988
- Dowley, Maxine Administration 1973–1974
- Draper, John Farm Supervision 1970–2001
- Draper, Kaye Farm Support 1998
- Dry, Peter Plant Pathology 1970–1975
- Eaves, Daryl Water Resource Economist 1990 -1992
- Elliott, Desmond CAD (ICMS) 1989
- Elliott, Kathryn Horticulture Development 1997–1998
- Ellyard, Hannah Irrigation Research–Mallee 1996–1997
- Enzmann, Frank Water Management/Soils Research 1994–1995
- Evans, Stephan Administration 1991–1994
- Fisher, Graham Irrigation Scheduling (ICMS) (?)1990–1993
- Fisher, Kate ACML 2000–*
- Fforde, Robert Export Fruit Inspection 1991
- Foulis, Sharyn Citrus Pests Research 1994 -1996
- Frahn, William Technical Support–Silviculture 1989–1999
- Fry, Gregory Technical Support (ICMS) 1987–1988
- Fulton, Moira Wheat Research 1985 -1987
- Furness, Geoff Entomology/Spray Technology 1970–*
- Furphy, David Irrigation/Financial Planning 1993–1996
- Gall, Elizabeth Irrigation Research 1988–(?)
- Gallasch, Peter Citrus Research 1969–2006
- Gathercole, Frank Stonefruit Research 1962–2002
- George, Peter Irrigation Scheduling (ICMS) 1988 -1989
- Gibson, Andrew Technical Support–Soils 1989 -1990
- Giffen, Adrian Irrigation & Drainage 1990 -1993
- Giles, Gregory Economics 1986–1988
- Gillett, Scott Plant PathologyRevegetation Research 1999–*
- Glenn, Angela Administration 2000 -2001
- Glenn, Trevor Laboratory Services/ Management 1973 -1989
- Good, Michael Vegetation Rehabilitation 1990–1992
- Goodes, William Export Fruit Inspection 1966–1980
- Gormann, Keryn Social Science 1991
- Granger, Andrew Irrigation and Soils Research 1988–(?)
- Grasby, Cecil Horticulture Extension 1951–1958
- Grigson, Gary Farm Support/Salinity Research 1997–*
- Habel, David Soils Research 1980s
- Habel, Richard Farm Support 1976 -1989
- Haby, Nerissa Farm Support 1998
- Hack, Warwick Animal Health Extension 1970–1976
- Hahesy, Brendan ACML 1998 -2003
- Hall, Bruce Agronomy Extension 1957–1963
- Hamann, Mark Technical Support (ICMS) 1986 -1988
- Hamilton, Bronwyn Administration Support 1998
- Hand, Gordon Administration 1967–1989
- Harris, William Research Centre Management 1960–1962
- Harvey, Cynthia Administration Support 1996–1997
- Harvey, Gordon Farm /Technical Support – Salinity 1969–1990
- Harvey, Murray Farm Support/Irrigation Scheduling (ICMS) 1969–1998
- Hastings, Jeffrey Technical Support Agronomy 1987–1988
- Haynes, Sharon Administration 1988–1990
- Haywood, Melissa Farm Support 1997–1998
- Haywood, Rodney Land Use (ICMS) 1987–1994
- Haywood, Susan Farm Support 1990–2000
- Heinjus, David Soil Conservation Management 1988–1991
- Heinrich, Zoe ACML Support 1999–2001
- Hele, Anthony Australian Native Produce 2000–2001
- Henderson, Richard Farm Management/Vegetable Research & Extension 1974 -1993
- Henderson, Kaye Farm Support 1987
- Hermann, Timothy Plant Propagation Support 1989–1992
- Higgs, Nigel CAD (ICMS) 1988–1990
- Hilder, Richard Farm Management 1962–1967(?)
- Hill, James Post Harvest Research & Extension 1990–2004
- Hill, Sallyanne Administration 1989
- Hincks, Alan Agronomy Extension 1968–1973
- Hiscox, Ralph Technical Support (ICMS) 1990
- Hobman, Farnell New/Alternative Crops Research 1985–1996
- Hogg, Steven Weeds Extension 1968
- Hollingsworth, Ian Land Capability Research 1989
- Howie, Richard Technical Support – Irrigation 1987–1988
- Howlett, Kenneth Farm Support (?)–1998
- Hunt, Melinda ACML 2004–*
- Inglis, Roger Economics (?) 1966–1977
- Jacka, Neil Farm Support 1990–1999
- James, Emily Dried Fruit Research 1992–1993
- James, Kerry Administration 1989–1990
- Jones, Elwynn Administration/ICMS Administration 1989–1999
- Jones, Gavin Farm Support 1997–2000
- Jones, Jack Animal and Plant Protection (?) 1978–2000
- Jones, John Field Support (?)1960s/70s(?)
- Kanakaris, Bill Technical Support–Irrigation & Soils 1987–1991
- Kennedy, John Technical Support–Dried Fruit Research (?)1991
- Kennedy, Timothy Farm Support 1990–1996
- Kew, Geoffrey Technical Support–Soil Conservation 1984–1988
- Kirk, Nicki ACML 2005
- Kitt, Jorg Citrus Pests Research 1996
- Klingberg, Richard Veterinary Services 1979–1994
- Knowles, Simon Irrigation Research 2004–*
- Korte, Christobel Farm/Laboratory Support 1966–1981
- Korte, Fred Farm Support 1960s -1980s
- Krause, Michael Economics 1980–1985
- Krzoska, George Natural Resource Management Liaison 2007–*
- Lang, Darryl Farm Management/Horticulture Extension 1981–1991
- Lange, Ian Field Support 1999–*
- Learhinan, Clifford Lure Grid Inspection 1991–1995
- Learhinan, Natasha Plant Pathology/ACML 1996–*
- Lehmann, Nicole Dried Fruit Research 1992(?)
- Leith, Giles Laboratory Technician -Nutrition 1965–1970
- Lever, Gordon Farm Maintenance 1980s(?)
- Lewis, Christopher ACML Support 1997–1999
- Leyson, Kaye ACML Support 1997–1998
- Lipman, Ashley ACML/Industry Development 1993–*
- Logan, Bridget Administration Support 1974–1975
- Luks, Sylvia Natural Resource Management Projects 1990–1992
- Lynch, N Field Services 1970–1971(?)
- Mackintosh, Tina Administration – Irrigation, Viticulture and Salinity 2003
- Maddern, Donald Natural Resource Management Projects 1990–1996
- Maddison, Mark ACML 2003–2005
- Maelzer, Derek Red Sale/Downy Entomology/Pathology 1980s
- Magain, Jacqueline Administration Support 1986–1991
- Magarey, Carla Administration Support 2001–*
- Magarey, Peter Plant Pathology Research 1976–*
- Mann, Brenton Farm Supervision 1990–*
- Mapley, Melissa Administration 1998–*
- Mawby, James 'Chip' Export Inspection
- Technical Support -Horticulture 1959–1965
- 1974–1994
- McCarthy, John Viticulture Research 1970–1975
- McCord, Andrew Soil Conservation 1970–1972
- McDonald, John Export Fruit Inspection 1980s–1990s
- McDonough, Christopher Sustainable Agriculture 2001–*
- McFarlane, Megan Horticulture Development 1995–1999
- McGill, Dale ACML 2005–*
- McLaren, Jillian Plant Propagation 1971(?)
- McLaren, John Plant Propagation 1971(?)
- McLennan, Wayne Irrigation Management (ICMS) 1992–1993
- Meissner, Anthony Irrigation & Soils Research ?- 1998
- Meyer, Leonie ACML Support 1998
- Miles, Patricia ACML Support 2002
- Milne, Mary Pathology Research (?)–1984
- Minnis, Jennifer Farm/Plant Propagation Support 1990–2004
- Morenos, Nick Technical Support–Irrigation 1980–1986
- Morenos, Josephine Irrigation & Soils 1980s
- Mowatt, Peter Agronomy Extension 1963–1968
- Murphy, Glen ACML support 1998
- Narbeth, Vanessa Viticulture Support 2004–2005
- Needham, Paula Irrigation & Soils Research 1989
- Newton, Mark Technical Support–Entomology 1984–(?)
- Nicholas, Philip Nutrition/Viticulture Research 1972–*
- Nickolai, Kaylene Administration 1996–*
- Norman, Christopher Technical Support–Irrigation 1986–1987
- Norton, Scott Irrigation Scheduling /Management (ICMS) 1989–1998
- Norton, Trevor Export Fruit Inspection 1980s
- Odell, Simon ACML Management 2000–2002
- Oldroyd, Dorothy Laboratory Support 1967–1973(?)
- Ormond, Nicola Salinity Research 2003–2004
- Pakrou, Naser Technical Support–Salinity Research 1990
- Pech, Joanne Salinity Research 1999–*
- Pitt, Timothy Dried Fruits Research/Farm Management 1997–2005
- Plowman, Donald Research Management 1982–1984
- Pocock, David Farm Management/Industry Development 1992–*
- Polymiadis, Dafni Administration/Regional Administration 1988–*
- Pope, Harold 'Bill' Farm Support 1960s(?)–1980s(?)
- Potter, John Soil Conservation 1962–1966
- Potter, Paul Agronomy Extension 1989–1993
- Powell, Janet Administration 2002–2007
- Proud, Glenys ACML 2006–*
- Provis, John Export Inspection 1988
- Purvis, Sheridan Entomology Research 2001–2003
- Quirke, John Export Fruit Inspection 1960s
- Reichelt, Nicole ACML Support 1998
- Repper, Jennifer FARMBIS 2000–2001
- Rettke, Michael Dried Tree Fruits Research 1991–1997
- Richardson, Noel Entomology Research 1965–1969
- Roberts, Rhys Stock Inspection 1947–1954(?)
- Roberts, Richard Technical Support Stonefruit Research/ICMS 1989–1991
- Rogers, Josephine Administration Support 2001–*
- Salter, Tania Administration Support 1988
- Sanders, Patricia Administration 1981–1983
- Saunders, Gary Revegetation 1980s
- Saunders, Richard Field Crop Evaluation Research 1994–*
- Scarfe, Beverley Administration/ICMS Administration 1997–*
- Scott, Vanessa Horticulture Trainee 1999
- Semmens, Grant Irrigation & Soils Research Support 1980s
- Sharley, Anthony Irrigation & Salinity Research/Natural Resource Management 1984–1989
- Shephard, Brian Farm /Field Crops Research Support 1990–2001
- Shephard, Ronald Farm/Plant Propagation Support 1970s(?) -1980s
- Simes, Thomas Horticulture Extension 1969–1997
- Simpson, Helen Irrigation and Soils Research 1980s
- Simpson, James Export Fruit Inspection 1960s
- Sinclair, Jillian Irrigation & Soils Research 1980s
- Skewes, Mark Technical Support – Plant Pathology, Citrus and ICMS 1988–*
- Sleep, Ashley Field Crops Research Support 2004–2005
- Sluggett, Trevor Irrigation Testing/Management (ICMS) 1985–1992
- Smith, Bradley Marketing 1990–1991
- Smith, Christopher Farm Support – Maintenance 1989–2001
- Smith, Helen Export Fruit Inspection 1985?–1993
- Smith, Janelle Administration 1993–1996
- Sparrow, Denis Field Investigation (ICMS) 1985–*
- Squires, John Property Management Planning (?)- 1997
- Staniford, Mark Farm /ICMS Citrus Research Support/Plant Pathology 1986–2002
- Steed, John Regional Horticulture Extension Management 1985–1990
- Stehbens, Meredith Administration Support 1981
- Steicke, Ed Farm Support 1960s–1970s
- Stevens, Robert Irrigation & Salinity Research 1983–*
- Stevens, Katherine Technical Support – Dried Tree Fruits 1985–1987
- Stirling, Graham Nematology Research/Regional Research Management 1970–1983
- Stirling, Marcelle Laboratory Support – Nematology 1972–1975
- Styles, Julie Micrometeorology Research 2006–*
- Sweeney, Susan Silviculture Research 1989–1994
- Sylvia, Shirley Vegetable Research 1984–*
- Taheny, Olivia ACML Support 1997–1998
- Taylor, Emily Irrigation (ICMS) 2005–*
- Taylor, Gregory Natural Resource Management 1999–2002
- Templehead, Simon Natural Resource Research 1990–1991
- Teo, Kim Irrigation & Drainage Research 1992–1994
- Thiel, Donna Administration 2004–*
- Thiele, Andrew Farm Support 1996–1997
- Thiele, Debra Property Management Planning 1997–1999
- Thiele, Janice Administration Support–2000
- Thiele, Sally Administration 1987–*
- Thom, Gordon Export Fruit Inspection 1960s
- Thomas, Geoffrey Soil Conservation/Regional Management 1965–1969
- Thomas, Mary Plant Pathology 1966–1968
- Thompson, Andrew Citrus Research 2004–*
- Tink, Paula ACML Support 1997
- Toyla, Anne ACML 1999–2001
- Treloar, Peter Sustainable Agriculture Systems 2003–*
- Tschirpig, Karina Administration 1990–*
- Tullett, Duncan Economic Development/ Regional & Horticulture Management 1992–*
- Tulloch, Harry Viticulture Research 1965 -1969(?)
- Verrall, Keith Regional Administration/Lure Inspection 1978–1991
- Vowles, Patrick Technical Support–Grains Research 1997–1998
- Wachtel, Malcolm Technical Support – Plant Pathology/Nematology 1975–200
- Wachtel, Steven Information Technology 1990–1991
- Waechter, Shane CAD (ICMS) 1989–2000
- Wakefield, Bruce Export Inspection Supervision 1981–1984
- Walker, Gregory Soil Pathology 1984–1995
- Wallace, Gloria Administration Support 1998
- Ward, Shelley Administration Support 2001–2002
- Warner, Dianne Administration 1986–1990
- Warner, Philip Export Fruit Inspection 1986–1990
- Warner, Ronald Export Inspection Inspection 1960s
- Wasley, Grant Regional Administration 1985–1993
- Wasley, Helen Administration Support 1993
- Watson, Keith Irrigation Extension/ICMS Management 1970–1989
- Way, David Irrigation & Drainage Research 1993–1994
- Wearne, Mark Spray Technology Research 1988–1990
- Webster, Jillian Administration 1962–1963
- Weir, Bruce Technical Support (ICMS) 1987–1989
- West, Patricia Administration/Regional Administration 1963–1999
- West, Stephen ICMS Westbrook, Clive Laboratory Support 1974–1979(?)
- Westley, Judith Administration Support 1978
- Wetherall, Brian Export Fruit Inspection 1971–1992
- Wetherall, Mathew Technical Support (ICMS) 1989
- Wetherall, Suzanne Administration 1987–1989, 1993
- Wetherby, Kenneth Soil Conservation 1967–1974
- White, Airlie Laboratory Support Nematology 1980s
- White, Ian Farm Support 1984–1988
- Whitehead, Murray Irrigation & Soils Research (?)–1983
- Wigney, Varian FARMBIS 2000–2001
- Wilmshurst, Christopher Laboratory Support 1969–1978
- Wilson, Anthony Land Management (ICMS) 1998–2002
- Windle, Barry Oriental Fruit Moth Project 1969-70(?)
- Wishart, Ross Regional Horticulture Extension Management 1978–1985
- Witherspoon, Jennifer Apricot Improvement Research 1993–2000
- Woidt, Michelle Plant Pathology Support 1999–2000
- Wood, Donald Farm Support 1960s–1980s
- Wood, Keri Administration/ICMS Administration 1984 -1992
- Wood, Richard Weeds Research/Soil Conservation/Agronomy Extension 1966–1969
- Wood, Stewart Irrigation Research/Research Management 1987–1992
- Yeatmann, Tom Animal Health Extension 1975–1977
- Yeo, David Livestock Extension 1970s
- Young, Donald Export Fruit Inspection/Technical Support Citrus Research 1986–1992, 1992–1997
- Young, Jason Technical Support ACML 2003–*
- Young, Maria Administration Support 1993–1994
- Ziersch, Joylene Laboratory Support 1975 -1979(?)
- Ziersch, Robert Technical Support–ICMS 1985–1989
- Zimmermann, David Agronomy Extension 1983–1985
- Zimmermann, Jennifer ACML Support 1990s
- Zimmermann, Renee ACML 2001–2003
- Zimmermann, Anthony ACML Management 1982–*
Staff from other locations who undertook trials in conjunction with staff at Loxton Research Centre include:
- Mr Jack Botham (Regional Horticulture Management/Extension)
- Dr Richard Cirami (Viticulture research)
- Mr Darren Graetz (Dried Fruits research)
- Mr William Harris (Horticulture Management
- Mr Adrian Dahlenburg (Dried Tree Fruits research/Administration)
- Dr Ben Robinson (Nutrition)
- Mr Ian Rogers (Vegetables)
- Dr 'Rip' van Velsen – Citrus research/Horticulture Management
- Dr Trevor Wicks (Plant Pathology/Management)
A number of visiting scientists have undertaken projects in conjunction with research centre staff. These include:
- Dr Thomas Burr, Cornell University, New York, USA
- Dr David Gadoury, Cornell University, New York, USA)
- Megan Kennelly, Cornell University, New York, USA
- Kathy Ophel-Keller, University of Adelaide
- Mr Don May, Fresno, USA
- Dr Roger Pearson, Cornell University, New York, USA
- Dr Robert Seem, Cornell University, New York, USA)
- Dr Jim Travis, Pennsylvania State University, USA
- Craig Austin, Cornell University, New York, USDA
A brief history of the Department of Agriculture in Loxton ()
Compiled by: Peter Magarey and Pat West
History and Warwick Hack's Memories of Loxton Town Ag office and Wanbi Research Centre - 1964 & 1970 – 1976


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Todd Walker is the Director of Campus Ministries with Vision For Youth. He and his wife Janine have 3 young children (going on 4), including identical twin boys. Todd and his family have been campus and young adult missionaries since 2008 when Todd followed God's call into missions work. They served for 6 years in SE Michigan at the Eastern Michigan University and also helped plant a church to serve the needs of the Christian young adults on campus. Todd served as one of two pastors of the church plant.
In the fall of 2014, the Lord called them to Clarks Summit, Pennsylvania where Todd grew up. They now serve in NE Pennsylvania seeking to reach the thousands of college and university students there with the Gospel of Jesus Christ. Todd is gifted to evangelize, disciple, teach, preach, and write. He hosts a college-age podcast where he takes young adults through the Scriptures and answers their questions about the Bible and Christianity. He also has written two Gospel tracts for young adults and is always seeking to write curriculum for this age group.
Todd and Janine love young adults and their testimonies serve this age group extremely well, as both of them were wandering from the Lord during their college years. Todd also deals head on with the topic of sexual purity with young men. Janine is a full-time mom but uses her God-given abilities of serving and hospitality several times a week by having young adults in their home. Todd and Janine's ministry is local church based. They do all they can to get Christian young men and women into the local church to both grow in the Lord and serve the church with their Spirit-given abilities. Todd and Janine are members of Heritage Baptist Church in Clarks Summit, PA; who serves as their sending church as missionaries, the springboard for their ministry, and where they serve in the young adult ministry called "CrossRoads".

subset: commoncrawl


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Alle News auf startupticker.ch
Seite 51 von 283.
Three start-ups have appointed new members to their board of directors to support their next plans. SAP former president Franck Cohen joined beqom, Patrick Barnert and Kristoffer Wadman joined Sonect while Peter Baumgartner and Severin Lüthi became Board members of uniqFEED.
Mictic is developing a wearable device containing a sensor chip that converts motion into sounds in real-time. The 2018 established startup has now received seed investment to progress product development and expand the team.
Recently, Swiss startups have once again outcompeted their opponents in various competitions worldwide; DEPsys was awarded from Frost & Sullivan and Nanolive by The Scientist. Six insurtech startups were awarded at the Digital Insurance Agenda and three are among the Top 10 Global startups of IPIEC Global in China.
Based in Zurich Fixposition, offering high-accuracy navigation sensors for autonomous robotic systems using satellite technology, has closed a seed financing round of CHF 3.35 million led by True Ventures to fund its global expansion plans. New board members have been elected following the round.
Based in Zurich, Sustema specialises in data Analytics to measure corporate behaviour. The startup has been selected to join Lloyds lab focusing on InsurTech in London for a ten-week program to accelerate the delivery of its solution to the Lloyd's Market.
Lancée en 2018 par Nadia Khattab, La Garde-Robe (LGR) a le vent en poupe. La startup genevoise propose une plateforme digitale de location de mode de luxe, une solution 100% circulaire. La formule qui gagne en popularité sera bientôt proposée à Zurich, avant d'autres villes suisses. Dans cet entretien, la dynamique fondatrice et CEO de la fashiontech...
Following the recent expansion of its accelerator in Singapore, F10 is making more headlines: In addition to its accelerator programs, F10 has now launched a Pre-Seed Fund to provide early-stage startups participating in the P2 «Prototype to Product» program with a CHF 200,000 investment at successful completion.
The medtech startup, KOVE helping surgeons to treat babies in the womb and RoomPriceGenie with its hotel revenue-pricing algorithm are the newest winners of Venture Kick. Each startup received 150,000 francs to accelerate their developments.
The 22nd edition of the IMD startup completion welcomes 42 winners to their next journey. The startups will work in three categories: 15 with the fulltime MBA class, 21 with the EMBA and 6 with the newly launched category IMD Emerging Leaders.
Drei Spielefirmen offerieren an der Zürcher Hohlstrasse Büroplätze für Spielemacher. Im Angebot ist auch ein Mentoring-Programm. Bewerbungen werden noch bis Mittwoch 18. Dezember entgegengenommen.


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Course Description
Bachelor of Science Honours Year – BH-SCI
Bachelor of Biomedicine Honours Year – BH-BMED
The Melbourne Dental School's Honours program is available to graduates with a Bachelor of Science, Bachelor of Biomedicine or equivalent. The School offers a multidisciplinary environment so if you have a major in one of the following disciplines: Chemistry, Biochemistry, Biophysics, Molecular Biology, Microbiology, Immunology, Genetics or Anatomy you are encouraged to apply.
Honours students are located in high-tech laboratories at Bio21 and the Melbourne Dental School. Depending on your research project, you could be learning advanced techniques in: Immunology and vaccine development, Molecular biology, Bacterial pathogenesis, Microarray technology, Flow cytometry, Confocal microscopy, Bioinformatics, Peptide chemistry, Mass spectrometry, Proteomics, Protein chemistry, NMR, Molecular modelling, Biophysics, Materials engineering of Facial imaging.
World-class researchers are offering projects in 2015. Some of the areas in which projects are being offered include: Bacterial Pathogenesis, Acquired and Mucosal Immunology, Oral Cancer, Innate Immunity and Host Defence, Vaccine Development, Biomaterials and Tissue Repair, Nanoparticle-based Therapeutics.
See the current list of Research Projects for more details.


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JAPAN: Car importer Yanase posts 2.6 billion yen profit after previous year's loss
Japanese News Digest reports that major car importer Yanase & Co posted a net profit of 2.6 billion Japanese yen ($US21.2 million/21.4 milion euro) for the fiscal 2001/2002 ended September 30, 2002, compared to a net loss for the same period of fiscal 2000/2001. The report said no comparative figures were available. The company's sales revenue stood at 450.1 billion yen ($3.682 billion/3.718 billion euro) for fiscal 2001/2002, down 1.8% year-on-year.
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About the Star Online
The Star Online system is Triangle's web application for the Outcomes Star. With the Star Online system, you can complete the Stars on screen with service users or enter Star readings from Star Charts and create reports with Star data.
- Web-based so no software to download
- Safe and secure
- Quick and easy to get started and simple to use
Watch a video on completing the Outcomes Star on the Star Online:
Watch a video on reporting on Star data:
An intuitive way to complete the Star on screen
The Star Online enables workers to complete the Star on screen with a service user; it has exactly the same graphics as the paper-based tools and is intuitive to use, with help text for workers and service users available throughout.
The ladders or brief scales are integral to the system and users can hover over a number to see the more detailed descriptions of that scale point. When all the scales have been completed, simply use the Generate Star button and the Star completes itself.
There is also the facility to write notes, create an action plan and view up to three readings per client on one Star for an instant visual of progress.
Outcomes and sector comparison reports in a few clicks
The system analyses the Star data across a service or organisation and you can easily generate standard reports and carry out advanced reporting to compare different types of service user or service. Because the system is online and used by hundreds of organisations, there is also the facility to compare your outcomes with averages within your sector.
Access all published Star versions
The Star online enables organisations working in more than one sector to take a common approach to keywork and outcomes measurement across all their projects. The licence allows organisations to use all of the Stars currently available on the Star Online so each project can choose the Star that is right for their work. And we are adding new Stars all the time.
Use on PCs, Macs, tablets and smartphones and iPhone
People working remotely can complete Stars online using portable equipment such as laptops and tablets (with an Internet connection) or complete Stars on paper and then enter the data and generate Stars back at the office using the Quick Star data entry feature. Find out more about the accessibility of the system.
Safe and secure
The system passed a CREST-approved penetration test in July 2018 with no vulnerabilities found. For further details, read our privacy and security statement or contact us.
Use as a stand-alone system
The Star Online is designed to provide an affordable off-the-shelf system for organisations wanting to record and report on their outcomes. Find out about our licensing options and approach or contact us.
Find out more
To find out more, read Should I use the Star Online? (PDF) or contact us.
Last updated by Jo Johnson on 24th July 2018


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As researchers it is critical that we ensure our data accurately reflect the thinking of the market....in other words, getting to the truth. This is complicated by several factors including limitations of a questionnaire, respondent's lack of attention and the fact that people don't always know what they really want or need. While careful design and methodology can help to minimize these issues (at TRC we believe in using choice questions and shorter surveys) and the use of other data (which can establish the facts), it is impossible to eliminate them.Technology such as eye tracking, bio metrics and facial recognition software can be applied to neuroscience to help us understand more about what respondents are thinking. The trouble is they are often expensive (sometimes getting the whole truth isn't worth the price) and slow down the research process (sometimes a faster less complete answer is better than a slow one). The limited data available also make it difficult to draw good conclusions. An outstanding presentation at the ARF's 75th Annual Conference showed this quite well.
What is needed, I believe, is to make these techniques easier, faster and cheaper. That will bring on more data which in turn will allow them to be calibrated to results. I believe the seeds of that possibility have already been sown. Webcams (most of which now offer high resolution) and high speed Internet (wired and wireless) are the key. Recent studies suggest that they can already provide far more than just funny videos for YouTube.
A single webcam can now be used to track what your eyes are looking at. We've known for decades that people are not always honest about what they pay attention to (I recall a diet soda ad which depicted a woman walking on a beach holding a can of soda...though few respondents were actually looking at the can). Certainly wider availability will allow greater use of this technology in testing ads, but I think it will allow far more than that. We'll be able, for example, to see if respondents are carefully reading a concept statement or just skimming it. We'll even be able to tell which words they focused on the longest.
Another new use for webcams is to determine your pulse. It does it by detecting changes in your skin color caused by a fresh stream of blood. These changes are imperceptible to the eye, but not to the camera. The possibility exists that subtle changes in pulse might be a measure of intensity or combined with other data might help us better understand what respondents are thinking. The key would be that we won't have a few dozen cases to look at, but rather we'll be able to look at this for all respondents. This will allow us to calibrate it over time.
Finally, these cameras can detect small changes in expression. Again, facial expressions are not new science. Poker players call them "tells". For example, a slight upturn at the edge of the mouth is an indicator that someone is lying. Experts can see this in real time, but most of us miss it. The ability to record this every time someone takes a survey and combine it with facial recognition software (which picks up these small "tells") adds another useful data stream which might point us to the truth. Not just about whether a respondent is lying, but also revealing a sense of their emotions.
Of course, all of this will depend on two things. First, these technologies need to continue to advance. Second, respondents will have to give consent. Hard to imagine that technological advancement won't happen...my guess is it will be sooner rather than later. Respondent cooperation might well be a bigger issue; however if we use these technologies to make the overall interviewing experience more enjoyable (less redundant questions, shorter surveys) then even that will be overcome.
If I'm right, the potential of these new data sources is impossible to overstate.
President, TRC
Rich brings a passion for quantitative data and the use of choice to understand consumer behavior to his blog entries. His unique perspective has allowed him to muse on subjects as far afield as Dinosaurs and advanced technology with insight into what each can teach us about doing better research.


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Yes, you really do! What better to give your garden a natural and relaxed look than a beautiful ornamental pond, complete with fish, aquatic plants, and perhaps the wildlife that loves locally? It's not just frogs that may soon populate your pond, but the larvae of beautiful insects such as dragonflies and mayflies need water in which to grow, so you are doing your bit for nature, too! Also, the children will love it, although it is essential you make sure that any pond you install is safe for both kids and pets.
Ponds can be adorned with a variety of other water features, too; these days, the choice is endless with a wealth of waterfalls, fountains and other attractive additions, but it is worth remembering that these don't just look good, they also serve a purpose. To stay healthy, pond water needs to move – as it will in nature – or algae and harmful bacteria will form naturally. This is why you need to install a pump and filter, but don't worry, these are not expensive items. In fact, you can find all the information you need on these at a great website called pondpumpreviews.com, so we recommend you visit their site before you go any further.
Designing a Pond
Part of the fun of deciding to have a pond comes in deciding what it is going to look like, where it is going to be, and what you want to put in it! You need to look at the space you have available – there are ponds for even the smallest areas now – and decide whether you want a pre-formed pond or one made to your own design from plastic pond liner material. We think the latter offers the best results, and it is not an expensive option.
Then, you need to look at pond pumps and adjacent filters. These are important as you need to keep the circulation of the water going to make sure it is suitably oxygenated, and the filter will play its part in making sure any algae is zapped by UV light, and that harmful bacteria is filtered out in the transfer process. You can find these at the review site above, which also has loads of other useful information about ponds.
What to Put in Your Pond
If you want to have fish and plants in your pond – and it is always best to do so – visit your local aquatics centre or garden centre, where you will find someone who can help advise you on the right fish and plants for your size and type of pond. You may also want to encourage natural wildlife, so perhaps take the children on a frogspawn hunt in the right season!
Whatever you do with a pond, you will enjoy this quite wonderful, affordable and suitable adornment to your garden to the full. A pond makes a garden come to life, and we reckon you will be surprised at what a low-maintenance addition it is to your available space.


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The income tax exemption for parsonage allowances is again in doubt.
A federal court says the exclusion is unconstitutional because the exemption for clergy housing allowances is akin to support of religion by the federal government, since only members of the clergy are able to get the tax break (Gaylor, D.C., Wis.).
The decision will be appealed by several churches that intervened in the case.
This isn't the first time this exclusion has been challenged. A related lawsuit was filed seven years ago. In that litigation, the same federal district court ruled that the exclusion was unconstitutional, but an appeals court later tossed the case on procedural grounds. The plaintiffs fixed those issues and went back to court.
The ruling doesn't affect another tax break for members of the clergy: The fair rental value of a residence furnished as part of their pay package isn't taxable.
The income tax exemption for parsonage allowances is again in doubt.


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Can I Qualify for Disability Benefits with a Cardiovascular Disease?
According to Census data from 2010, approximately 56.7 million people in the United States report having a disability. In other words, almost one in five Americans are disabled. With almost 20% of the country's population living with some form of disability, many have wondered the same question: could my disability qualify me to receive benefits from the Social Security Administration? This week, our Pennsylvania disability lawyers are kicking off the first installment of a blog series that will take a look at some of the major categories of disabilities — and how the SSA evaluates them. In our inaugural entry, we'll answer the question: can I qualify for disability benefits with a cardiovascular disease?
Cardiovascular Diseases and Disability Benefits in Pennsylvania
The cardiovascular system is also referred to as the circulatory system. Whichever term you prefer, the function of this crucial anatomical system is the same: efficiently pumping substances around your body.
While the cardiovascular system is primarily associated with blood and the heart, it also circulates lymph, oxygen, and hormones. Additionally, the cardiovascular system is responsible for regulating homeostasis and body temperature.
Cardiovascular disease can manifest as numerous conditions, and can affect the heart, veins, arteries, capillaries, or lymph.
Heart Conditions That Qualify for Disability Benefits
Heart disease is the leading cause of death in the United States. The Centers for Disease Control and Prevention report that in 2011, heart disease caused 597,689 deaths — more than cancer, stroke, or diabetes. However, there are numerous subcategories of heart disease.
Under Section 4.00 of the official Listing of Impairments, the SSA may consider all of the following heart conditions as qualifying conditions for disability benefits:
- Chronic Heart Failure (Systolic, Diastolic)
- Congenital Heart Disease (Cyanotic, Acyanotic)
- Ischemic Heart Disease (Myocardial Ischemia)
- Recurrent Arrhythmias (Note: "Not related to reversible causes.")
Unfortunately, simply having one of these conditions is not automatically "enough" to guarantee disability benefits. The SSA also requires that:
- Your condition has lasted (or will last) for at least one year.
- Your condition is severe enough to prohibit you from working.
In addition to these heart conditions, the SSA will also consider a heart transplant as a potential qualifier for disability benefits, provided the applicant submits their claim within one year of receiving the transplant surgery.
What Vascular Conditions Qualify Me for Disability?
While cardiovascular disease is most often associated with a heart condition, the veins and arteries can also be affected by illness. Under the SSA's Listing of Impairments for the cardiovascular system, the following additional conditions may qualify you for Pennsylvania disability benefits:
- Aneurysm of an Aorta (or other major branches)
- Chronic Venous Insufficiency
- Peripheral Arterial Disease
Call Our Disability Lawyers in Pennsylvania Today
If you would like to arrange a free case evaluation with one of the highly experienced disability attorney at Young, Marr & Associates, call our law offices at (609) 557-3081 in New Jersey or (215) 515-2954 in Pennsylvania, or contact us online today.
Before coming to Young, Marr & Associates, our SSD attorneys worked for the SSA which gives us an advantage over attorneys who have never dealt directly with the internal SSA system. We know the process is difficult – your job is to get better, and our job is to make sure you get the disability you deserve.
Chances are you are preoccupied dealing with a painful illness. You are concerned about your financial future, about how you will get by without a steady source of income.
Read what our clients have to say about us.
"I have already recommended Paul Young numerous times. He was honest, explained endlessly in terms that were understandable. Paul Young guided me through the process from beginning consultation to the end of case. Highly satisfied and grateful for his expertise."


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Article content
CINCINNATI — A Cincinnati museum will now be closed through the spring of 2018 due to ongoing repairs.
The Cincinnati Museum Center has announced its Duke Energy Children's Museum will remain closed amid the $212.7 million renovations at Union Terminal. The Cincinnati Enquirer reports the work is the first structural restoration done in the building's 84-year history.
tap here to see other videos from our team.
Children's museum will close to complete repairs Back to video
Work began in summer 2016 to repair stone and brick exteriors, and upgrade the electrical and plumbing systems.
Organizers had previously planned to keep the children's museum open, but then concluded it had to close due to extensive water damage in front of the building.
Officials say that won't impact the overall budget or timeline.


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Get 40% discount on all CDs and downloads this summer when you buy more than one album!
It's summer, the sun is shining, and we've only just realised that Temple Records turns 40 years old this year!
We're proud to have been supporting and releasing such great traditional music & musicians for four decades. It's always been a labour of love rather than a 'job', and we hope that the music we've released has been as important to you as it has been to us.
To celebrate the occasion, we're offering a massive 40% discount on all CDs and downloads this summer, when you buy more than one album from our online shop. Explore our catalogue - featuring four decades worth of great music - and enjoy!
Browse the shop here and enter the code 40! to apply your discount at the checkout.
Please note: this offer doesn't apply to boxed sets, vinyl or books, and it ends on 31st August 2018 at midnight


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- Home
- About Us
- Our Services
- Our Portfolio
- Contact Us
Over the years, Roselands Heating has provided plumbing and heating solutions to a variety of hotels and public houses across East Sussex and West Sussex. This includes boiler installations and recommendations as to the best and most efficient level of heating system required.
We carry out emergency repairs, general maintenance and gas safety inspections, LPG & Oil boiler servicing in all commercial and industrial properties. We pride ourselves on our quick response time to emergency call outs and our in-house annual gas reminder system.
Roselands Heating also install and maintain commercial boilers and heating systems in offices, warehouses, churches and schools over the South of England.
A major Eastbourne hotel had commercial boiler leak, leading to total loss of hot water and heating. Due to the age and the extent of the leak on the existing heating system, it was not possible to repair. Their existing contractor had gone into administration and they needed a quick and effective response.
Roselands Heating responded the same working day and surveyed the demands and needs of the hotel and specified a new heating system which would be capable of delivering the correct heating and hot water requirements of the hotel, whilst increasing the overall efficiency of the system.
The new heating system was installed and commissioned within the agreed 14 day time scale.


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Swiss parliament relaxes terms for tax data exchange swissinfo
"Parliament has approved a legal amendment that tax evaders will not always have to be told if Switzerland sends information about them to other countries." But to what extent is this just lip-service? How do trusts, foundations and shell company structures factor in? See also: Credit Suisse U.S. Clients in Limbo as Probe Inches Ahead Bloomberg, and very insightful commentary in The ongoing ethics struggle of banks Reuters
EU To Freeze Corrupt Assets From Ukraine Transparency International
The ever-present question: how did the assets from a corrupt source come to be accepted in the first place? For coming right to the point on the efficacy of the so-called freezing actions, read a private banker's explanation in Freezing Russian Assets. What Happens If? A Banker's Umbrella, see also: London's lucrative Russia ties hang over sanctions debate Reuters
Ukraine: Avakov says Kurchenko's fraudulent business activity, tax evasion cost state $1 billion Kyiv Post
As Europe Tightens Oversight, Spotlight Must Remain Financial Transparency Coalition Blog
U.S. Freezes More Than $458 Million Stolen by Former Nigerian Dictator in Largest Kleptocracy Forfeiture Action Ever Brought in the U.S. The United States Department of Justice
French-Swiss tax impasse shows little progress swissinfo
BNP Paribas opens Asia-Pacific Training & Development Campus in Singapore The Asset
The Singapore government is supporting the restoration of BNP Paribas campus buildings.
Luxembourg's importance for the European Commission waning? Financial Secrecy Media Monitor
Seychelles's New FSA To Regulate Offshore Financial Sector Tax-News
Tax Evasion Threatens Africa's Socio-Economic Transformation: UN Expert Coastweek
NGO slams secrecy over Zambian mine's tax iol
See also: Mines evading tax, ZRA boss tells international forum Zambia Daily Mail
Kenya: Proper tax laws could bridge gap between rich and poor The People
Denmark – A Tax Haven? Director of Finance Online.
" limited partnerships are tax-exempt and may provide anonymity and discretion to its owners." Written by a cheerleader. Denmark is ranked at 66th position on TJN's Financial Secrecy Index
Serbia To Tackle Tax Cheats To Broaden Tax Base Tax-News
Links from the TJN Germany Blog
Hong Kong and Macao 'vulnerable to money laundering' STEP
Hong Kong, NYC will be magnets for wealthy: report China Daily USA
U.S.: 37 Organizations Call on Senators to Oppose Legislation Providing Tax Amnesty for Offshore Corporate Profits Americans for Tax Fairness / FACT Coalition
Multinationals are changing tax policy in face of political scrutiny – survey Thomson Reuters
See also our recent blog Survey: the corporate tax debate is biting the corporations
No spoils for Moyles – but what does it mean? David Quentin's tax & law blog
"This business about Chris Moyles serves as a useful reminder of an uncomfortable fact about "tax avoidance", which is that some of it fails."
The irony: Japan wants to tax Bitcoins just as the UK says it won't Tax Research UK