1 Introduction
General Overview
Most production economists refer to the production factors as land, labour and capital. While ālabourā might embody the managerial decision-making input as well as physical labour, it is clearer to separate management as a fourth factor of production. The decisions on how to use the production inputs and resources, and the implementation of the plans, are the responsibility of this fourth factor ā management. In that the quality of the decisions gives rise to the success of the operation, this managerial skill is clearly absolutely critical to efficiency and profit. However, no texts and courses include the management factor in any depth. This book sets this situation to rights.
Texts on production economics cover the optimal allocation of resources. However, they largely assume that man is a rational being with near-perfect information. The reality is quite different. Managers are human. This means they react in an emotion-determined way. People observe the world around them and come to a conclusion about the current situation. Their mind, perhaps with the aid of calculations, comes to a decision over what actions should be taken. Thus, cues are observed that trigger action, or possibly inaction in some situations. This observationādecisionāaction process is something that varies with different individuals, and needs to be understood if a farm manager is to improve the decisions aimed at achieving the farmās objectives.
The purpose of this book is to outline the human components of what makes a person, and why a manager acts in particular ways. This understanding is essential in assisting farmers to improve their management, and thus attain their objectives. This assumes that improvement is indeed possible using various techniques. Evidence pointing in this direction will be reviewed. As understanding provides wisdom, the emphasis is on looking at theories and their application in contrast to rote-learning rules and solutions. These seldom cover the myriad of situations possible, thus leading to misinterpretations and mistakes. Armed with knowledge on the parameters that determine how an individual reacts, and their relationships, it is then possible to treat each unique case on its merits.
There is ample evidence that farm managers vary markedly in their skills. Profit and efficiency data from farms in similar environments make this clear. For example, studies that relate individual farmsā position relative to their peers show the average technical efficiency can be as low as 36% (a Swedish study) and as high as 85% (a Pakistani case). Of course, these studies assume that all the farmers have the same objective. In reality, some will be happy to be less technically efficient if it means, for example, their average production is quite stable. Similar ranges in efficiency exist when using economic outcomes as the yardstick. One study for Brazilian farmers put their average efficiency at 13%, in contrast to a US dairy study giving an average efficiency of 70% (Dhungana, 2000).
These efficiency studies determine which farmers are producing the greatest output for given inputs, and then relate other farmers against these producers as benchmarks. If the average efficiency was 100%, this would mean all farmers are producing the same ratio of output to inputs. As a comparative measure, this does not necessarily mean that the āefficientā farmers are in fact efficient in an absolute sense. No doubt they could increase their efficiency through even better decision making, using the latest technologies. This can only be judged if, for example, comparisons with perfectly managed demonstration farms are possible.
The farmers that are the most efficient in a sample can be called āexpertsā. Studies of experts show they have particular attributes. These include:
⢠their expertise is restricted to a limited domain of operation;
⢠good at clearly defining a problem;
⢠accurately observe relevant cues and the importance of each;
⢠automatically perceive meaningful patterns;
⢠come up with solutions almost instantly;
⢠having superior short- and long-term memory;
⢠observing and characterizing a problem in terms of its basic structure; spending considerable time quantifying and analysing problems, particularly if not faced before, thus adding to their understanding and store of knowledge; and
⢠clear self-monitoring abilities leading to improvement (i.e. good and objective self-criticism).
Relative to novices, experts know what to observe, do so quickly and accurately, and use their experience to provide a solution that is appropriate. If the problem has never been experienced before, their superior processing systems work out the solution, and then store this for future reference. With time, they become real masters. If any one of the characteristics of an expert is not present, the person will not attain the true expert classification, though there will be degrees of expertise. The important questions relate to the characteristics required to become an expert, and how this status can be acquired.
It was pointed out that experts are quick with their judgement and decision. This is most likely due to pattern matching. This refers to having the pattern of a problem, and its solution, stored in memory so that when the expert observes the values of the critical parameters, this set of data is sent to memory to find a match with the stored information. When found, the solution is readily available. These patterns might be visual (a picture of some kind), or abstract (lists of benchmark data perhaps). For example, if you see a bush with flowers on it of a certain nature, if you have seen the bush before and its image is stored in your memory, it is immediately recognized as, say, a rhododendron. Analysis of some kind is not necessary. However, if the bush is not recognizable, research is required. This might be referring to a book, or perhaps a recognized expert. Next time, you have this newly acquired pattern stored in memory and immediate recognition occurs.
An important question concerns the personal qualities that are necessary to become, in this case, an expert farm manager. While training and experience can make up for a lack of inherent ability, a good measure of both is probably highly beneficial. Being an expert enables appropriate decisions in good time. Good farmers seldom have to spend large chunks of time sorting out a problem because their systems have the right answer stored. This ability to quickly make a decision is sometimes referred to as āintuitionā, or sometimes ātacit knowledgeā. This sounds like a mysterious quality that only some managers have. In fact, it probably relates to having the right attributes, experience and training. Thus, intuition is probably a learnt attribute that we all have to a greater, or lesser, extent. As it is not appropriate in many cases to spend a long time researching a problem or opportunity, developing this intuition is an important aspect of being a good manager. Similarly, knowing when your intuition is likely to be incorrect is also obviously an important attribute. In such cases, formal study, research and analysis are required. This usually leads to an enhancement of the managerās intuition.
Skill and intuition must cover a wide range of areas for successful farm management. Any production system (agriculture, horticulture), involves an extremely wide range of necessary skills. Frequently production involves:
⢠soils, rainfall and climate, plants;
⢠animals, harvesting and machinery in general, engineering (buildings, structures, irrigationā¦);
⢠labour and personalities;
⢠markets, finance and economics; and
⢠politics and the resulting impacts on the rules and regulations that must be complied with.
This very wide range of subjects covers everything from physics and chemistry through to biology and psychology in that the people involved operate within the bounds of their human characteristics. The excellent manager will have a reasonable understanding of all these areas.
Nevertheless, equally, if not more important, are the management skills that a manager brings to the job, which, in turn, lead to the decisions made and implemented. Thus, a manager must know how to use facts and figures through being skilled in:
⢠understanding the technology and what lies behind it (sowing rates, fertilizer outcomes, the sciences ā biology, physics, etc. involved);
⢠observation and recording (soil conditions through to international markets);
⢠planning (risk management, cash flows, job priorities, time management, economic principles, etc.);
⢠anticipation (possible outcomes and their chances);
⢠people skills (labour management, network maintenance, negotiations, etc.); and
⢠personality management (stress management, motivation, objectives, and so on).
Acquiring abilities in all these areas is dependent on the basic attributes of a potential manager, and the opportunities for training and experience that are made use of. Some will be good at a sub-sample of the attributes, and some will be rounded with a complete package of excellent skills. The critical question relates to how a manager might acquire such a fully rounded set of attributes.
It appears that a human being is defined by two, possibly three, basic sets of factors:
⢠the first is a personās personality;
⢠the second their intelligence; and
⢠the third their motivation, although some researchers believe motivation arises from their personality and intelligence.
Personality is made up of sub-factors such as extroversion and anxiety levels, and intelligence is similarly made up of components such as memory and reasoning. In each segment, an individual will have a defined make-up, leading to the unique whole. Some will be good managers, others not.
When observing the attributes of a manager, you observe what is called his or her āphenotypeā. In contrast, the package that a person is born with is referred to as the āgenotypeā. This is defined by the inherited genes passed on 50ā50 by the parents. But the genes only define the personās building blocks, which then interact with the environment and experience that a person is exposed to. The sum of the genotype and environmental experiences gives rise to the observable phenotype.
The question is what phenotype is appropriate for good management, and how is this attained? Clearly the genotype cannot be altered, nor can a personās early experiences ā this is now history. However, some phenotypes will more than likely be capable of being modified through the correct training and experiential exposure. For a manager to improve his or her skills, it is clearly important to discover what training will in fact work. This assumes phenotypes are alterable, and fortunately there is evidence this is indeed the case. Understanding phenotypes and managerial skill is also important in setting up the correct conditions right from an early age to ensure that good managers are created. Clearly, the approach of providing an appropriate set of experiences and training in early life is preferable to trying to improve skills in later life, though both possibilities must be followed.
People, and managers, are seldom totally consistent in their actions through time. This might be because they have re-evaluated their objectives, but more likely simply because they are human. While an individual has fixed traits defining his personality and intelligence, how these give rise to decisions made on any one day can be variable. You will be aware that your emotions and state of mind vary from time to time in response to events and activities. This is an expression of personality with some people varying more than others as defined by their phenotype. The consequence is that the decisions made will not always be consistent, even given the same circumstances, part...