CLIMATE COMPETITION SHOWS FARMERS USING
BUSH INGENUITY TO MANAGE CLIMATE VARIABILITY
Tim Powell, Cox Inall Communications
Jesse Blackadder, Blackadder Consulting
Summary
Landholders throughout Australia are accessing climate information from a wide range of sources and using numerous climate indicators to assist in making management decisions. The Masters of the Climate project run for the Climate Variability in Agriculture R&D Program (CVAP) unearthed case studies showing how landholders are finding innovative ways to access, interpret and apply climate information to improve productivity and minimise losses.
Many observations about the uptake of climate information for management decisions and the confidence in this practice can be drawn from the case studies compiled for Masters of Climate.
The Masters of the Climate project was commission by CVAP. The primary objective was to discover and document little known innovations employed by landholders including farmers, to develop management systems better adapted to climate variability. A secondary objective was to raise the profile of CVAP and climate management.
Masters of the Climate was run as a competition with landholders throughout Australia entering details about their use of climate information to assist in decision-making.
2. The Masters of the Climate Project
Cox Inall Communications was engaged by CVAP to develop the Masters of the Climate branding strategy, promote the competition and prepare case studies on a selected number of finalists.
The competition was promoted through key regional media, the distribution of brochures, community service announcements and segments on Cross Country TV and Austar’s Pay TV Weather 21 channel.
Partnerships were developed with Austar Pay TV and Rainman '99 for landholder incentives to enter the competition.
A total of 86 landholders provided details of their use of climate information. The entries were assessed by a committee comprising farmers, farm consultants and representatives from the Queensland Centre for Climate Applications Advisory Board, the Bureau of Meteorology, Bureau of Rural Sciences and CVAP. Winners and finalists were chosen for each State by the committee.
Cox Inall Communications sub-contracted Jesse Blackadder to compile case studies through face-to-face and telephone interviews with the 23 State winners and finalists.
From September to November this year, Cox Inall Communications is implementing a program to promote the findings of the Masters of the Climate project amongst landholders, extension officers, scientists and others in the agriculture and climate sectors. This aims to demonstrate the wide range of innovative techniques that landholders are using to find climate information and use it, with success, in management decisions.
3. Key Observations
The Masters of the Climate project revealed the wide range of climate indicators and sources of information that landholders are accessing.
Table A Climate indicators & information sources used by Masters of the Climate entrants.
|
Climate indicators accessed |
Sources of climate information |
|
Southern Oscillation Index Sea surface temperatures Indian Ocean Dipol Historic rainfall records Own rainfall records Long-range forecasts Drought Index Brush turkey nesting habits Flowering of native honey |
Bureau of Meteorology website and fax services Queensland Centre for Climate Applications website International websites (eg. National Oceanic Atmospheric Administration) Australian farm media CSIRO long-range forecasts National Climate Centre Queensland Department of Primary Industries Long Paddock website Kondinin Climate Risk & Yield Information Service James Cook University Climate website CSIRO Atmospheric Research South Australian Research & Development Institute Aboriginal interpretation of seasonality |
Landholders entering Masters of the Climate demonstrated innovation in how they calibrated climate indicators with their own views of climate patterns. In particular, many are using their own rainfall records to identify analogous years and make management decisions based on these comparisons. What was also evident was farmer’s ability to integrate, through skill and experience, climate management into aspects of farm management.
The style of decision-making following the consultation with climate information matched the diversity of the landuse in the case studies.
Masters of the Climate entrants tended to be clustered in particular regions, related to the efforts of agriculture and climate extension officers. Queensland entrants tended to be associated with efforts of the Queensland Centre for Climate Applications (QCCA). Those who had come into contact with the QCCA developed skills through extension officers from the Department of Primary Industries, were aware of the impacts of the Southern Oscillation Index on Queensland climate and accessed climate information through QCCA.
A similar situation occurred in northern NSW, where entrants were familiar with Peter Hayman from NSW Agriculture and his chocolate wheel and climate workshops. These landholders are using diverse sources of climate information and are less certain about the impacts of the Southern Oscillation Index on their climate.
In South Australia, Western Australia and Victoria clusters exist although they are difficult to describe on the basis of the Masters of the Climate sample.
4. Discussion
The Masters of the Climate project revealed a great deal of confusion amongst landholders between weather and climate.
Climate information needs to be seen as a major decision support tool that is monitored throughout the year and accessed at key decision-making times such as for farm budgeting, crop planning, livestock mating decisions, marketing and price risk management. It is suggested that climate be positioned differently from weather in farmer's minds through developing and using a distinct language to describe climate.
Masters of the Climate entrants are accessing a wide range of climate information sources, many over the Internet. Given the importance of the Internet as a source of climate information, the lack of a single climate Internet portal is an issue. One State finalist, Tom Porter from Hay in Southern NSW has created his own website to assist other farmers locate useful online climate sites.
One of the difficulties faced by the committee assessing entrants in Masters of the Climate was getting a handle on farmer’s interpretation of accuracy of climate forecasts. In most cases, landholders are not keeping detailed records of their interpretation of climate tools and the management decisions they are making in response.
The clustering of entrants in the Masters of the Climate competition shows that interest and enthusiasm for using climate information is associated with the efforts of extension staff. Future work to generate confidence amongst landholders in the use of climate information as a valuable decision-making tool should consider these clusters and their further identification and development on the basis of:
This would assist in ensuring landholders are using tools best suited to their area and are aware of the accuracy of these tools.
5. Summary and Conclusions
The Masters of the Climate project successfully uncovered many innovative techniques being used by landholders to access climate information and use it to respond to the more recent understanding of climate. The observations made through the Masters of the Climate project provide some insights for future work in encouraging the use of, and confidence in, climate information as a useful decision-making tool for landholders. Key recommendations are to:
MASTERS OF THE CLIMATE CASE STUDIES
Case studies in italics are the State winners.
|
Name |
Location |
Enterprise mix |
Explanation |
|
Jeff Hoffman |
Lockhart NSW |
Canola, wheat, pulses, wool, cattle |
Jeff sorted through more than 100 years of rainfall records to determine an 'average' year and rainfall probabilities. He uses computer software and the Southern Oscillation Index to decide when to apply fertilisers and when to sell stock. |
|
John and Robyn Ive |
Yass NSW |
Superfine wool, beef cattle |
The Ives use the Southern Oscillation Index, historic rainfall records and their own weather records to modify flock management, improve cattle weight and wool production. |
|
Bernard Perkins |
Quirindi NSW |
Sorghum, barley, wheat, sunflowers, beef cattle |
A combination of the Southern Oscillation Index, subsoil moisture levels, prices, potential yields and rainfall records are being effectively used by Bernard to decide whether or not to plant a summer crop, what type and how large. |
|
Bill and Anne Yates |
Garah NSW |
Wheat, wool, beef cattle |
100 years of records for the family farm have given the Yates' a long-term picture of climatic cycles and their impacts on productivity and management decisions. |
|
Chris and Sarah Roche |
Gulargambone NSW |
Wheat, pulses, wool, lamb |
The Roches joined a local climate study group and learnt about probabilities through a chocolate wheel. They align their cropping rotations with annual seasonal outlooks. |
|
James and Libby Gardiner |
Cobar NSW |
Sheep, wool, goats, aquaculture |
Based on CSIROs long-range forecasts, the Gardiner’s adopted a system of rotational grazing that has resulted in production increases of up to 400%. |
|
John Hamparsum |
Breeza NSW |
Cotton, wheat, corn |
Threats to the viability of his farm have made John embrace innovation and technology. He now combines long-term climate information with predictions of yields and prices to assess risks and make management decisions. |
|
Mark O'Brien |
Tamworth NSW |
Grain purchaser |
In making purchasing and labour decisions, Mark effectively uses long-term climate information. This helps him predict the demand and supply of high quality wheat, stockfeed and other grain products. |
|
Rosemary and Robert Clark |
Urbenville NSW |
Cattle, corn, tourism |
For three generations, the nesting habits of scrub turkeys have been monitored to predict summer rainfalls and assist with decisions about carrying capacity and the timing of crop sowing and harvest. |
|
Tom and Margaret Porter |
Hay NSW |
Wool, wheat, beef cattle |
The Porters interpret long-range climate information, historic rainfall records and satellite maps to make decisions about buying and selling cattle. Tom has also developed a website to help other farmers do the same. |
|
Colin Lane |
Nhulunbuy NT |
Aboriginal community land management program |
Aboriginal understanding of seasonality is overlayed with scientific climate information to assist the Yirrkala community with revegetation projects and other on-ground works aimed at halting erosion. |
|
Paul and Meg Bird |
Darwin River NT |
Landcare operation |
The Birds use climate information to time the 'cool' burning of their property to protect it from damaging bushfires. |
|
Mervyn Mayes |
Wandoan QLD |
Beef cattle |
Through his local drought committee, Mervyn has seen the effects of poor management decisions. He has improved his own pasture management and ability to plan for forage requirements through a range of climate tools. |
|
Bill and Betty Atkinson |
Proserpine QLD |
Sugar cane |
The Atkinsons apply climate information to all stages of the cane growing process - planting, harvesting, irrigation and burning. This combined with leaving sugar cane trash on the ground has resulted in improved soil structure. |
|
Doug and Antonietta Lee |
Proserpine QLD |
Sugar cane |
For nearly every farm decision, the Lees draw on climate information from the Internet, Rainman software and skills acquired through climate workshops. One season they even used it to buy a tractor ahead of irrigation equipment. |
|
Name |
Location |
Enterprise mix |
Explanation |
|
Tony Boyd |
Near Lake Eyre SA |
Beef cattle |
A former statistician used to dealing with probabilities, Tony actively researches climate information and melds this with the local knowledge of his station manager. This helps in making predictions and managing cattle. |
|
Brett and Fran Francis |
Eyre Peninsula SA |
Wheat, canola, wool, barley |
The Francis' believe climate information can help boost farm income, reduce risk and protect the environment. They successfully use climate information to make money in good seasons and save costly mistakes in bad seasons. |
|
Robert Gilles |
Monash SA |
Viticulture |
Microclimate stations in the local area track rainfall, rate of fall, humidity, wetness of leaves and how long the leaves stay wet. From this data, Robert receives specific disease scenarios and options for what to do. |
|
Ian and Alison McEwen |
Donald VIC |
Wheat, canola, wool |
The McEwens rely on 120 years of local rainfall records to spot seasonal trends and make predictions. Fine-tuning with the Southern Oscillation Index and climate data from the Internet enables better timing of seeding and fertilisers. |
|
Gyn and Elaine Jones |
Kerang VIC |
Beef cattle |
The Jones' monitor the water cycle on their property using an on-farm weather station, evaporation pan and measures of plant water use and rainfall. By minimising the water required for irrigation they are preventing salinity. |
|
Ian McLelland |
Birchip VIC |
Wheat, lentils, wool |
Climate information is just one confidence factor that Ian uses to manage his farm. It is obtained from historic rainfall records, the Rainman software, long-term forecasts and observations from nature. |
|
Oliver Raymond |
Morwell VIC |
Forestry - pine and bluegum |
Controlling fires and minimising plantation losses is made easier by use of the South Oscillation Index and the Drought Index. Long-term climate outlooks help in preparing for bad seasons and deciding on the timing of plantings. |
|
Erland Happ |
Dunsborough WA |
Viticulture |
Erland believes high temperatures during ripening of wine grapes can damage their flavour. He promotes collection and use of comprehensive climate data to match grape varieties with vineyard climate to achieve optimum flavour. |