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21

April 2016

production credit, interest rate subsidies and assisting producers

in financial distress with a wage cash grant to help them retain

farm workers.

The total fiscal outlay required over a period of three years amounts

to R12 569 793 100. The process will be led by an operational

team/data management unit and be subjected to an audited pro-

cess. The motive behind this work is to be able to put something

concrete on the table when talking to government. It is impera-

tive that aid is given to all producers in South Africa, particularly

since this country produces 61% of all the food supplied into the

southern African region.

Agri SA drought disaster relief fund

Agri SA and Senwes established a Drought Relief Fund in Novem-

ber last year. Funds raised by February 2016 amount to R8,6 mil-

lion. The purpose is to fund the purchase and transport of feed

for livestock, distribute food hampers for destitute farm workers,

funding the distribution of water and sinking of boreholes among

other assistance.

Van Zyl described an overwhelming spirit of goodwill amongst

South Africans for all producers struggling against this debilitating

drought. To date 4 000 producers have been helped, 10 000 bales

and 80 tons of maize meal have been delivered. South Africans are

rallying together in support of the sector. There is a huge apprecia-

tion by the public for what the producers of this country do.

‘The helping hand is at the end of

your arm’

Van Zyl said that we need to help ourselves and realise we are not

separate entities but integrally linked as we address the current

challenge. Leaders like Agri SA will keep on talking to government

and seeking solutions for relief.

He believes the door is opened by a greater awareness of the val-

ue of food production than ever before. He believes we are facing

a turning point in our history; producers must keep the faith and

encourage one another. We are the only people on this continent

who can do what we do!

Currently the chances of La Niña seem to be

increasing but there is no certainty at pre-

sent. Winter needs to begin (earliest May)

before there can be any confidence in pre-

dictions of either a strong El Niño or La Niña

system arising.

Do forecasts work?

Looking at different models and correlation

charts (Spearman’s correlation) between

the observed and the actual measured re-

sults for regions where there is an appear-

ance of these systems, e.g. the results for

the Philippines have proved most accurate

while South Africa’s seasonal prediction

ability is limited.

So what about climate

change?

Models have been drawn up where observ-

ing only natural forcings (influences on cli-

mate) have been compared to models using

both natural and anthropogenic (caused by

human activity) forcings. It is clear that hu-

man activity is certainly contributing to the

dilemma of climate change. We have to ad-

dress this problem by changing our behav-

iour patterns.

Climatologists have great ability to project

temperature scenarios in the future for

seasons ahead. Extreme maximum tem-

peratures can be projected rather reliably.

Future scenario charts show a lot more red

zones in the future.

Temperatures are projected to rise sig-

nificantly (

Graph 2

). It appears there will

however not be significant changes in pre-

cipitation levels although the trend will be

towards drier conditions. The consequence

will certainly be shifts in production area

and reduced yields (

Graph 3

).

Finally Landman says there is a greater need

for co-operation between role-players to-

wards the co-production of data which will

contribute to more useful scenario projec-

tions for the future from all stakeholders in

the agricultural sector.

Graph 2: Two models were combined and both

indicate rising temperatures in the next few

decades.

Graph 3: Only projected temperatures and no

rainfall projections were used to draw up the

following projection of maize yields in the

Witbank region for the next few decades.

SADC DJF maximum temperatures:

Ensemble mean and area average

Witbank maize yield index

Facing climate variability and change