Mayfield Farm, New South Wales, Australia
by Sandra Bannerman of Hernani, Australia
Mayfield Farm is a small family owned and operated mixed farm situated at 1150 m above sea level on the eastern edge of the Great Dividing Range in northern New South Wales, Australia. Siblings, Sandra and Ian Bannerman, purchased the 350 acre property in October, 2013, and have converted it from a conventionally operated farm to one that is run on organic principles. Additional workers on the farm include Janette, Ian’s wife, and Jessica, Ian’s daughter.
Our winters are usually cold and dry with overnight temperatures dropping to as low as -80 C with cool to mild summers reaching maximums in the late 20s or early 30s. We can receive an occasional snow fall during winter but not sufficient to settle for a prolonged period of time. Our rainfall is predominantly during summer and autumn, although spring rains provide a very useful start to our pasture growth. 40% of the farm is covered in forest which provides shelter for our animals during the heat of summer and the cold of winter. Our first frosts normally occur around 25 April and continue through to September when we are looking for a spring break to provide some green feed for our livestock.
When we purchased, our farm consisted of one large paddock. We have created permanent laneways (the main one runs from north to south and then two shorter lanes run east to west) to assist with the movement of stock. There are now 18 permanent paddocks all of which feed into our laneways which has made it a lot easier to move stock around the farm on our rotational grazing system. Electric fencing is used to subdivide paddocks into smaller areas.
Mayfield is fully solar powered with no connection to the grid. All electric fencing is either connected to the large solar systems on our homes or run on 12 v batteries. Rain water is harvested and stored in tanks on all of our main buildings and although most paddocks have dams in them, we have installed an extensive piped water system throughout the farm as well. A 55,000 L rainwater tank (with gutter) is situated on our highest point of the farm and it is kept filled by pumping from one of our dams which at this stage hasn’t been dry. From the tank, the water is then gravity fed throughout all of the lines to provide stock water as well as water to our orchards and vegetable gardens.
Although we originally started with beef production, we soon discovered that it would not be financially viable and had to look at additional enterprises to support the owners and families as well as providing our communities with access to locally grown, clean and safe food. As most of our livestock is sold to our customers we make little use of our local saleyards.
Our small grass fed beef herd consists of 14 Angus cows, 1 Limousin heifer, 2 Fresian/Angus cross cows, 2 purebred Jersey cows and a Limousin bull. The bull is now running with the cows all of the time so that we are able to provide beef products all year round. Due to our usually cold, dry winters, our cattle’s diets are supplemented with hay.
Our cattle are not chemically drenched and have constant access to mineral licks which assist in the control of both internal and external parasites. Rotational grazing principles are employed both to break the breeding cycle of worms and to enable their manures to be spread over the whole farm. An over-nighting shed is being planned for the cattle to help in maintaining body condition during the winter and to create our own compost which will be spread on the pastures.
During summer, Buffalo flies present a problem but we have used a vegetable oil and sulphur mix applied as a backline and around the rump and tail area which provides relief to the cattle. Our dairy cows provide the households with raw milk, cream and butter. Unfortunately, as it is illegal to sell raw dairy products in New South Wales, our many customers remain disappointed at not being able to buy raw milk.
Our second enterprise involved the purchase of two young gilts and a boar to initially provide pork for us. However, after an amount of research we soon discovered that few farmers were growing free range pork and that there was a growing demand as consumers were seeking an ethically grown meat which was not being provided by factory farms. Ours is a farrowing to porker operation and we currently have 26 breeding sows and their progeny, replacements gilts and two boars, one of which has his own paddock while the other runs with the dry sows. We purchase in a commercial grower pellet which is free from genetic modification and is fed to all of our pigs.
Our farrowing paddocks are 1 ha in size and in each of these we run 4 sows and their litters. Each sow has her own farrowing hutch, on weaning she is removed from her litter and is returned to the boar while her litter is put into a weaning paddock until all piglets from the paddock have been weaned. At this point, all four litters of piglets return to their farrowing paddock where they grow out to point of sale. All of our growers are now on self feeders which has reduced our work load as we were feeding morning and evening, which we still do for our sows and piglets up until eight weeks of age when they are weaned.
Spotlight On: Equipment & Facilities
We were planning on having our cattle out in a sheltered field for the winter but a busy fall and early snows meant our usual fencing tool was going to be ineffective. Through the grazing season we use a reel barrow which allows us to carry posts and pay out or take in wire with a wheel barrow like device which works really well. But not on snow. This was the motivation for turning our sleigh into a “snow fencer” or a “sleigh barrow”.
Here it was like a beehive with too many fuzzy cheeked teen-agers who couldn’t possibly be experienced enough to be of much help. But work was being accomplished; bents, end walls and partitions were being assembled like magic and raised into place with well-coordinated, effortless ease and precision. No tempers were flaring, no egomaniacs were trying to steal the show, and there was not the usual ten percent doing ninety percent of the work.
The horse drawn mowing machine is a marvel of engineering. Imagine a pair of horses turning the energy of their walking into a reciprocal cutting motion able to drop acres of forage at a time without ever burning a drop of fossil fuel. And then consider that the forage being cut will fuel the horses that will in turn cut next year’s crop. What a beautiful concept! Since I’ve been mowing some everyday I’ve had lots of time to think about the workings of these marvelous machines.
The physico-chemical degradation of the soils world-wide by so-called “conventional” farming methods is considered as one of the major problems for the world’s food supply in the coming decades. Organic farming systems, refraining from the use of genetic engineering and chemically-synthesized sprays and fertilizers, can help resolve this situation. However, a better protection of the soil is also closely linked to agricultural engineering. By that, minimum tillage or no-till seeding is gaining popularity among tractor farmers around the world.
One of the challenges I constantly face using draft ponies is finding appropriately sized equipment. Mya is a Shetland-Welsh cross, standing at 11.2 hands. Most manure spreaders are big and heavy and require a team of horses. I needed something small and light and preferably wheeled to minimize impact to the land. My husband and I looked around our budding small farm for something light, wheeled, cheap, and available, and we quickly noticed our Vermont-style garden cart.
My forecart pole is set up for draft horses. My husband thinks we should cut the pole off to permanently make it fit better to these smaller horses. What would be your opinion? Like your husband, my preference would be a shorter tongue for a small team like your Fjords. The dynamics and efficiency of draft are better if we have our horse(s) close to the load. A shorter tongue will also reduce the overall length of your outfit, thereby giving you better maneuverability and turning dynamics.
The scoop has two steel sides about 5 feet apart sitting on steel runners made out of heavy 2 X 2 angle iron, there is a blade that is lowered and raised by use of a foot release which allows the weight of the blade to lower it and then lock in the down position and the forward motion of the horses to raise it and lock it in the up position. This is accomplished by a clever pivoting action where the tongue attaches to the snow scoop.
To obtain the best results in shelling, the machine should be run so that the crank makes about forty-five (45) revolutions per minute or the pulley shaft one hundred and seventy-five (175) revolutions per minute. When driving with belt be sure that this speed is maintained, as any speed in excess of this will have a tendency to cause the shelled corn to pass out with the cobs. The ears should be fed into the sheller point first.
These portable A-frames can be used for lots of lifting projects. Decades ago, when I was horselogging on the coast I used something similar to this to load my short logger truck. Great homemade tool.
Scythes were used extensively in Europe and North America until the early 20th century, after which they went out of favor as farm mechanization took off. However, the scythe is gaining new interest among small farmers in the West who want to mow grass on an acre or two, and could be a useful tool for farmers in the Tropics who do not have the resources to buy expensive mowing equipment.
Because of the many varieties and mixtures or fertilizer, it is impossible to give complete tables listing them. It is, however, very easy to determine the distribution of any particular fertilizer by proceeding as follows. Put a cloth, or some large sheets of paper under the machine and turn the main driving wheel 57 times for 7′, 51 times for 8′ and 46 times for 9′ machine. Weigh the amount ejected which will indicate the amount distributed per one-tenth of an acre.
New equipment for draft horse use in silviculture (growing trees) is commercialized in Sweden at present by five companies, mainly specialized in forwarders and logging arches. This equipment is primarily adapted to the needs of forest enterprises in Scandinavia. Thus the forwarders are designed for short and small wood, for loading via hydraulic crane or an electric winch, or for manual loading without tools. This equipment is also adapted to the local topographical conditions. The rocky forests require strong off-road capabilities.
In my experience, determining how tight, or loose, to hook the traces when hitching a team can be a bit challenging for beginners. This is because a number of interdependent dynamics and variables between the pulling system and the holdback system must be considered, and because it’s ultimately a judgment call rather than a simple measurement or clear cut rule.
Building on the experiences with a tool carrier named Multi, consisting of a reversible plow interchangeable with a 5-tine cultivator, the Italian horse drawn equipment manufacturer EQUI IDEA launched in 2012 a new multi-purpose tool carrier named Multi-V. The “V” in its name refers to the first field of use, organic vineyards of Northern Italy. Later on, by designing more tools, other applications were successfully added, such as vegetable gardens and tree nurseries.
When we bought this little farm I soon realized I needed a wheel hoe. The size of the horse and tractor dictated space wasting wide rows in crop production and, to some degree, so does my two wheeled tractor.
It is only natural for the owner of a new combine to want to try his machine as early as possible. This results in most new combines being started in the field before the crop is ready for combining. As soon as a binder is seen in the neighbor’s field, the urge to start becomes uncontrollable. When grain is ready for binding, it is not ready for straight combining.