Vision, Mission and Values

Vision: Amajuba will be a fully developed district, with a vibrant and sustainable economy, a better quality of life, preserved within its own cultural and traditional values.

Click here to see Amajuba District Municipality's full Vission, Mission and Objectives.

Amajuba Agricultural Development Plan

The vision of the Agricultural Development Plan is to provide information to existing and future agricultural developers (farmers) to assist with decision making on crops, markets, investments, etc., thereby ensuring well planned and successful enterprises.

The Amajuba IDP has identified Local Economic Development (LED) as one of the highest priorities. With the establishment of the Amajuba Forum for Local Economic Development (AFLED) the need has been identified to develop an Agricultural Development Plan. Consultants have been invited by advertising for proposal to be submitted to the Amajuba District Municipality. Ibhongo Consortium has subsequently been appointed on 28 April 2005 to compile the envisaged Agricultural Sector Development Plan.

The terms of reference to the Consultants provided for separate plans for each of the three Local Municipalities, namely Utrecht, Newcastle and Dannhauser. Although responsibility for Local Economic Development is vested in Amajuba District Municipality, it must be emphasized that due to the complexity of issues such as the availability and usage of water, that close collaboration between Local Municipalities would be necessary for the proposals to succeed. It is also essential to form linkages with neighboring District Municipalities. Should the proposed dam in the Mzinyashana river becomes economically viable in the future for example, the Umzinyathi District Municipality needs to “buy-in” to make the project feasible, since there is not enough suitable land in the Amajuba District that can be economically irrigated from the proposed dam. All proposed dams would some or other way affect all the Local Municipalities and even other District Municipalities. DWAF would also need to be consulted at an early stage.

It was established in this study from preliminary economical analysis, based on rough data, that the main agricultural potential of the Amajuba District Municipality, in order of priority in terms of optimum land use, evolves around intensive farming, irrigation, dry land farming and stock farming. Potential intensive farming and irrigation projects therefore need to receive first priority when allocating land for agricultural use. Although it seems from the preliminary economical analysis that the proposed agricultural projects might be feasible from a financier’s point of view, all agricultural projects would require substantial subsidization of the capital cost and also the initial input costs, to make it feasible from a cash flow point of view for the farmers.

Conventional intensive farming projects that have potential and are often on the “wish lists” of communities are poultry projects, piggeries, dairies and feedlots. All these projects require substantial subsidization to be successful and also aftercare for extended periods. It is recommended that these projects be implemented at places where interest and capacity is shown, in a pilot project fashion. The minimum recommended sizes being 10 000 bird poultry, 100 sow piggery, 100 cow dairy and 400 beast feedlot, for economy of scale and management reasons. Each hundred cow dairy unit must include the establishment of at least 30 ha irrigated pastures and 50 ha dry land maize and pastures for silage and hay.

There is presently limited water available for irrigation and the proposed Ncandu, Horn and Upper Buffalo dams need to be constructed to realize the economic viable irrigation potential of 5700 ha. As there are presently a surplus of approximately 23Mm3 available from the Ntshingwayo dam, irrigation development at a rate of approximately 380 ha per year may commence immediately, provided that construction of the Ncandu dam commence simultaneously, with the Horn dam middle 2007 and the Upper Buffalo dam middle 2010.The maximum irrigation area along the Horn/Ngagane rivers up to the Ngagane’s confluence with the Buffalo river, should not exceed 1400 ha. The maximum area along the Ncandu River up to the Buffalo confluence should not exceed 1300 ha (if the water is not transferred). The remaining 3000 ha could be anywhere along the Buffalo river, downstream of the proposed upper Buffalo river dam. The closer the areas are located to the dams the lower the conveyance losses will be. At the same token the previously neglected areas around Madadeni should receive serious attention. Some of the mentioned 3000 ha will fall in the Utrecht Local Municipality area, and further downstream also in the Dannhauser area. Some other less feasible dams are discussed in this study, with an estimated irrigation potential of 4600 ha. This 4600 ha should form part of the proposed dry land area to be revived, in order to secure these areas for possible future irrigation, should the economic viability improve. The total initial un-inflated cost including initial input costs, is estimated to be R 1051M. (Excluding the establishment of the 4600 ha possible future irrigation).

It is estimated that approximately 10 000 ha of dry land that would not be irrigated and that is not utilized fully at present, could be suitable for cultivation and requires reviving. These areas are mostly situated in the black owned/Land Affairs areas around Madadeni and Ozisweni. The total un-inflated initial investment required, including initial input costs, is estimated to be R135M.

There is approximately 30 000 ha of suitable, but degraded grazing land available in the area around Madadeni, which is not suitable for dry land or irrigation purposes, which require fencing, dip tanks and access roads to improve the meat/milk yield. The estimated un-inflated cost to provide this for the mentioned 3000ha, is R42 M.

FIRST REVISION MARCH 2006: Add the following:
Item 2.3.8 Comments by Ibhongo on document submitted by the NRDC on 13 January 2006: AMAJUBA WATER CATCHMENTS INFORMATION VERIFICATION MEETING RE: WATER AVAILABILITY

Attached below is the document in it's entirety.

AttachmentSize
Map_001 Agrivillage.pdf70.45 KB
Map_002 Two stream approach.pdf28.27 KB
Map_003 Biodiesel project.pdf572.91 KB
Map_004 Agrivillage layout.pdf120.9 KB
Map_005 Markets.pdf698.35 KB
Map_006 Existing projects.pdf335.68 KB
Map_007 Water catchments.pdf738.16 KB
Map_008 Potential yields from potential dams.pdf648.58 KB
Map_009 Potential yields from potential dams.pdf824.92 KB
Map_010 Bioresource groups Newcastle.pdf413.36 KB
Map_011 Bioresource groups Utrecht.pdf454.13 KB
Map_012 Bioresource groups Dannhauser.pdf370.09 KB
Map_013 Bioresource units Newcastle.pdf425.45 KB
Map_014 Bioresource units Utrecht.pdf484.27 KB
Map_015 Bioresource units Dannhauser.pdf383.11 KB
Map_016 Land potential Newcastle.pdf401.7 KB
Map_017 Land potential Utrecht.pdf449.36 KB
Map_018 Land potential Dannhauser.pdf361.81 KB
Map_019 High potential land Newcastle.pdf388.46 KB
Map_020 High potential land Utrecht.pdf433.86 KB
Map_021 High potential land Dannhauser.pdf348.13 KB
Map_022 Environmental areas Newcastle.pdf487.49 KB
Map_023 Environmental areas Utrecht.pdf603.38 KB
Map_024 Environmental areas Dannhauser.pdf442.71 KB
Map_025 Conservation C-plan Newcastle.pdf389.22 KB
Map_026 Conservation C-plan Utrecht.pdf471.72 KB
Map_027 Conservation C-plan Dannhauser.pdf366.54 KB
Map_028 Irrigation land potential upgrading Newcastle.pdf387.86 KB
Map_029 Irrigation land potential upgrading Utrecht.pdf442.29 KB
Map_030 Irrigation land potential upgrading Dannhauser.pdf353.19 KB
Map_031 Annual rainfall regions Newcastle.pdf424.67 KB
Map_032 Annual rainfall regions Utrecht.pdf492.82 KB
Map_033 Annual rainfall regions Dannhauser.pdf393.28 KB
Map_034 Temperature maximums Newcastle.pdf426.94 KB
Map_035 Temperature maximums Utrecht.pdf505.72 KB
Map_036 Temperature maximums Dannhauser.pdf389.64 KB
Map_037 Temperature mean Newcastle.pdf399.73 KB
Map_038 Temperature mean Utrecht.pdf440.13 KB
Map_039 Temperature mean Dannhauser.pdf357.4 KB
Map_040 Temperature minimums Newcastle.pdf470.69 KB
Map_041 Temperature minimums Utrecht.pdf524.74 KB
Map_042 Temperature minimums Dannhauser.pdf409.28 KB
Map_043 Utah-7 chill units Newcastle.pdf441.38 KB
Map_044 Utah-7 chill units Utrecht.pdf513.5 KB
Map_045 Utah-7 chill units Dannhauser.pdf391.61 KB
Map_046 Frost Incidence Newcastle.pdf386.18 KB
Map_047 Frost Incidence Utrecht.pdf431.41 KB
Map_048 Frost Incidence Dannhauser.pdf350.99 KB
Map_049 Heat units base 4.4C Newcastle.pdf465.22 KB
Map_050 Heat units base 4.4C Utrecht.pdf529.47 KB
Map_051 Heat units base 4.4C Dannhauser.pdf392.6 KB
Map_052 Heat units base 5C Newcastle.pdf451.45 KB
Map_053 Heat units base 5C Utrecht.pdf531.54 KB
Map_054 Heat units base 5C Dannhauser.pdf389.75 KB
Map_055 Heat units base 10C Newcastle.pdf459.7 KB
Map_056 Heat units base 10C Utrecht.pdf516.29 KB
Map_057 Heat units base 10C Dannhauser.pdf395.96 KB
Map_058 Evaporation A-pan Newcastle.pdf400.03 KB
Map_059 Evaporation A-pan Utrecht.pdf452.43 KB
Map_060 Evaporation A-pan Dannhauser.pdf359.63 KB
Map_061 Climate capability rating Newcastle.pdf415.86 KB
Map_062 Climate capability rating Utrecht.pdf468.22 KB
Map_063 Climate capability rating Dannhauser.pdf367.86 KB
Map_064 Geological information Newcastle.pdf1.36 MB
Map_065 Geological information Utrecht.pdf1.31 MB
Map_066 Geological information Dannhauser.pdf1.33 MB
Map_067 Slope Newcastle.pdf514.57 KB
Map_068 Slope Utrecht.pdf578.82 KB
Map_069 Slope Dannhauser.pdf435.8 KB
Map_070 Elevation Newcastle.pdf950.37 KB
Map_071 Elevation Utrecht.pdf955.62 KB
Map_072 Elevation Dannhauser.pdf710.02 KB
Map_073 Land type - soils Newcastle.pdf465.93 KB
Map_074 Land type - soils Utrecht.pdf581.03 KB
Map_075 Land type - soils Dannhauser.pdf442.43 KB
Map_076 Soil suitability Newcastle.pdf402.37 KB
Map_077 Soil suitability Utrecht.pdf453.52 KB
Map_078 Soil suitability Dannhauser.pdf361.6 KB
Map_079 Potential soil erosion hazard rating Newcastle.pdf398.45 KB
Map_080 Potential soil erosion hazard rating Utrecht.pdf443.52 KB
Map_081 Potential soil erosion hazard rating Dannhauser.pdf358.08 KB
Map_082 Good cropping soils Newcastle.pdf554.54 KB
Map_083 Good cropping soils Utrecht.pdf671.7 KB
Map_084 Good cropping soils Dannhauser.pdf471.15 KB
Map_085 Cultivated areas Newcastle.pdf401.3 KB
Map_086 Cultivated areas Utrecht.pdf482.97 KB
Map_087 Cultivated areas Dannhauser.pdf385.14 KB
Map_088 Grazing capacity Newcastle.pdf570.98 KB
Map_089 Grazing capacity Utrecht.pdf669.67 KB
Map_090 Grazing capacity Dannhauser.pdf479.77 KB
Map_091 Cabbage potential - Nov Newcastle.pdf385.97 KB
Map_092 Cabbage potential - Nov Utrecht.pdf434.5 KB
Map_093 Cabbage potential - Nov Dannhauser.pdf337.85 KB
Map_094 Cabbage potential - Oct Newcastle.pdf385.94 KB
Map_095 Cabbage potential - Oct Utrecht.pdf415.37 KB
Map_096 Cabbage potential - Oct Dannhauser.pdf354.8 KB
Map_097 Cabbage potential - Sep Newcastle .pdf383.5 KB
Map_098 Cabbage potential - Sep Utrecht.pdf422.22 KB
Map_099 Cabbage potential - Sep Dannhauser.pdf340.75 KB
Map_100 Dry bean potential Newcastle.pdf388.56 KB
Map_101 Dry bean potential Utrecht.pdf428.77 KB
Map_102 Dry bean potential Dannhauser.pdf353.44 KB
Map_103 Potato potential (Jan-Apr) Newcastle.pdf390.77 KB
Map_104 Potato potential (Jan-Apr) Utrecht.pdf428.77 KB
Map_105 Potato potential (Jan-Apr) Dannhauser.pdf360.28 KB
Map_106 Potato potential (Oct-Feb) Newcastle.pdf396.75 KB
Map_107 Potato potential (Oct-Feb) Utrecht.pdf436.19 KB
Map_108 Potato potential (Oct-Feb) Dannhauser.pdf356.71 KB
Map_109 Potato potential (Sep-Jan) Newcastle.pdf389.39 KB
Map_110 Potato potential (Sep-Jan) Utrecht.pdf425.43 KB
Map_111 Potato potential (Sep-Jan) Dannhauser.pdf357.89 KB
Map_112 Peanut potential dry Newcastle.pdf382.89 KB
Map_113 Peanut potential dry Utrecht.pdf420.36 KB
Map_114 Peanut potential dry Dannhauser.pdf342.62 KB
Map_115 Peanut potential irrigated Newcastle.pdf382.99 KB
Map_116 Peanut potential irrigated Utrecht.pdf419.38 KB
Map_117 Peanut potential irrigated Dannhauser.pdf342.48 KB
Map_118 Soya potential dry Newcastle.pdf403.83 KB
Map_119 Soya potential dry Utrecht.pdf446.71 KB
Map_120 Soya potential dry Dannhauser.pdf359.14 KB
Map_121 Soya potential irrigated Newcastle.pdf398.69 KB
Map_122 Soya potential irrigated Utrecht.pdf444.14 KB
Map_123 Soya potential irrigated Dannhauser.pdf354.94 KB
Map_124 Suitability walnut Newcastle.pdf397.28 KB
Map_125 Suitability walnut Utrecht.pdf441.63 KB
Map_126 Suitability walnut Dannhauser.pdf354.77 KB
Map_127 Suitability pecan Newcastle.pdf395.45 KB
Map_128 Suitability pecan Utrecht.pdf438.52 KB
Map_129 Suitability pecan Dannhauser.pdf359.96 KB
Map_130 Maize potential dry Newcastle.pdf403.19 KB
Map_131 Maize potential dry Utrecht.pdf450.86 KB
Map_132 Maize potential dry Dannhauser.pdf361.07 KB
Map_133 Maize potential irrigated Newcastle.pdf397.95 KB
Map_134 Maize potential irrigated Utrecht.pdf452.34 KB
Map_135 Maize potential irrigated Dannhauser.pdf359.24 KB
Map_136 Sorghum dry potential Newcastle.pdf387.46 KB
Map_137 Sorghum dry potential Utrecht.pdf422.65 KB
Map_138 Sorghum dry potential Dannhauser.pdf344.32 KB
Map_139 Oats irrigated potential Newcastle.pdf395.71 KB
Map_140 Oats irrigated potential Utrecht.pdf443.87 KB
Map_141 Oats irrigated potential Dannhauser.pdf356.79 KB
Map_142 Rye grass perennial potential Newcastle.pdf391.96 KB
Map_143 Rye grass perennial potential Utrecht.pdf433.03 KB
Map_144 Rye grass perennial potential Dannhauser.pdf348.6 KB
Map_145 Wheat irrigated potential Newcastle.pdf369.88 KB
Map_146 Wheat irrigated potential Utrecht.pdf421.94 KB
Map_147 Wheat irrigated potential Dannhauser.pdf338.93 KB
Map_148 Suitability barley Newcastle.pdf396.9 KB
Map_149 Suitability barley Utrecht.pdf442.39 KB
Map_150 Suitability barley Dannhauser.pdf359.19 KB
Map_151 Suitability grape Newcastle.pdf390.44 KB
Map_152 Suitability grape Utrecht.pdf435.5 KB
Map_153 Suitability grape Dannhauser.pdf359.87 KB
Map_154 Suitability cherry Newcastle.pdf389.85 KB
Map_155 Suitability cherry Utrecht.pdf429.76 KB
Map_156 Suitability cherry Dannhauser.pdf344.16 KB
Map_157 Suitability plums & prunes Newcastle.pdf372.01 KB
Map_158 Suitability plums & prunes Utrecht.pdf431.53 KB
Map_159 Suitability plums & prunes Dannhauser.pdf341.31 KB
Map_160 Suitability lemons Newcastle.pdf395.48 KB
Map_161 Suitability lemons Utrecht.pdf435.54 KB
Map_162 Suitability lemons Dannhauser.pdf360.05 KB
Map_163 Suitability olive Newcastle.pdf390.45 KB
Map_164 Suitability olive Utrecht.pdf438.57 KB
Map_165 Suitability olive Dannhauser.pdf360.01 KB
Map_166 Suitability thyme Newcastle.pdf397.29 KB
Map_167 Suitability thyme Utrecht.pdf436.69 KB
Map_168 Suitability thyme Dannhauser.pdf359.12 KB
Map_169 Suitability taro Newcastle.pdf397.28 KB
Map_170 Suitability taro Utrecht.pdf436.58 KB
Map_171 Suitability taro Dannhauser.pdf359.11 KB
Map_172 Suitability sage Newcastle.pdf397.28 KB
Map_173 Suitability sage Utrecht.pdf436.67 KB
Map_174 Suitability sage Dannhauser.pdf359.1 KB
Map_175 Suitability chicory Newcastle.pdf400.72 KB
Map_176 Suitability chicory Utrecht.pdf446.44 KB
Map_177 Suitability chicory Dannhauser.pdf359.14 KB
Map_178 Tall fescue irrigated potential Newcastle.pdf389.9 KB
Map_179 Tall fescue irrigated potential Utrecht.pdf443.07 KB
Map_180 Tall fescue irrigated potential Dannhauser.pdf344.2 KB
Map_181 Smuts finger grass potential Newcastle.pdf394.06 KB
amajuba agri plan.doc2.44 MB
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