Artículos

11% higher total season fruit yield, linked to better root development of a salad tomato crop with application of Ultrasol®ine K Plus

Application of Ultrasol®ine K Plus resulted in a 11% higher total season fruit yield, and this was linked to better root development of a salad tomato winter crop in an unheated glasshouse

Iodine (I) should be considered as a plant nutrient. That is the main conclusion of Kiferle et al., 2021. In that paper, the presence and identity of naturally occurring iodinated proteins in higher plants, which had never been described before, was published. Eighty-two iodinated proteins have been identified that take part in important biological processes in higher plants. Similar to deficiency in any other plant nutrient, a deficiency in iodine is predicted to cause yield losses.

In fertigated and protected horticultural crops, grown in a commercial production setting, iodine deficiency can occur when the presence of iodine in the nutrient solution is below a sufficiency target value. In intensive, fertigated cropping systems under cover, the nutrient solution and irrigation water are the main sources of iodine. This deficiency will be visible as sub-optimal root or leaf development, later flowering, lower fruit growth and lower resilience to stress, resulting in lower yields compared to a crop which has been supplied with sufficient iodine in the nutrient solution.

This was shown in a demonstration trial in salad type tomato ‘Simsek F1’ in calcareous soil (30% sand, 30% clay, 40% loam), in an unheated traditional type glasshouse in Antalya, Turkey. Ultrasol®ine K Plus (potassium nitrate containing a fixed amount of iodine) was applied as source of K and N - and iodine - in the nutrient solution for the whole crop season, starting from transplant in October till harvest in June. In winter, these greenhouses are heated only to protect the plants from frost at night, so the crop has a long vegetative period before starting to bear fruits. Prior to the trial, samples of the irrigation water were taken and the concentration of iodine in these samples was measured. The concentration of iodine in the irrigation water was below 0.02 μmol/L. At this low supply of iodine in the nutrient solution, a detrimental effect of iodine-deficiency on plant growth can be expected.

The whole greenhouse as planted with the same cultivar, on the same planting date, and fertigated with the same nutrient programme. The comparison between an iodine-deficient crop (with only the small amount of iodine in the irrigation water as supply) and a crop receiving the optimal amount of iodine by Ultrasol®ine K Plus, was carried out on 4 sectors (125 m2 per sector) within the same greenhouse, serving as 2 replicas of the comparison between the two treatments.

The total season yield was consistently higher in each of the two sectors where Ultrasol®ine K Plus was included in the nutrient solution, compared to each of the two sectors where potassium nitrate without iodine was applied (Figure 2). The iodine concentrations in the leaves of the plants in the sectors with Ultrasol®ine K Plus were 1.6 times higher than the iodine concentration in the leaves of the control. This corresponded to the increase of iodine concentration in the nutrient solution applied with the drip irrigation. The fruit size was improved as well in the sectors where Ultrasol®ine K Plus was applied, as shown by measurements of the fruit diameter (Figure 3).

The results can be explained by two effects of improvement of the concentration of iodine in the root solution with Ultrasol®ine K Plus. First, it was seen that due to the iodine deficiency in the crop, the root development was not optimal. By application of iodine with Ultrasol®ine K Plus, the number an thickness of roots and the lateral root development was visibly improved (Figure 4). This of course benefits the crop by better access to water and nutrients. Second, iodine is present in many proteins that are important for photosynthesis. The improved fruit size observed with this grower, is a response to a better ability of the plant to produce carbohydrates (sugars) needed for fruit development. Moreover, iodine is present in proteins that are needed for production of energy required by the potassium-dependent sugar transport from the leaves to the fruits.

 


Figure 1. The greenhouse was divided in four seperately fertigated sectors, and the treatment with Ultrasol®ine K Plus (dark green symbols) was alternated with the control (light green symbols), starting directly after transplant of the crop.

Figure 2. Yield of tomato fruits was 9% and 12% higher when sufficient iodine was supplied in the nutrient solution with Ultrasol®ine K Plus, compared to the iodine deficient control sector, in each of the two comparisons in the four seperately fertigated sectors in the greenhouse.

<v:group id="Group_x0020_57" o:spid="_x0000_s1026" style='position:absolute;margin-left:31pt;margin-top:1in; width:404pt;height:373pt;z-index:251659264' coordsize="51308,47371" o:gfxdata="UEsDBBQABgAIAAAAIQA0Ev94FAEAAFACAAATAAAAW0NvbnRlbnRfVHlwZXNdLnhtbKSSy07DMBBF 90j8g+UtSpyyQAg16YLHEliUDxjsSWLhl2y3tH/PJE0kqEo33Vj2zNy5x2MvVztr2BZj0t7VfFFW nKGTXmnX1fxj/VLcc5YyOAXGO6z5HhNfNddXy/U+YGKkdqnmfc7hQYgke7SQSh/QUab10UKmY+xE APkFHYrbqroT0ruMLhd56MGb5RO2sDGZPe8ofCAJruPs8VA3WNVc20E/xMVJRUSTjiQQgtESMt1N bJ064iomppKUY03qdUg3BP6Pw5D5y/TbYNK90TCjVsjeIeZXsEQupNHh00NUQkX4ptGmebMozzc9 Qe3bVktUXm4szbCcOs7Y5+0zvQ+Kcb3ceWwz+4rxPzQ/AAAA//8DAFBLAwQUAAYACAAAACEArTA/ 8cEAAAAyAQAACwAAAF9yZWxzLy5yZWxzhI/NCsIwEITvgu8Q9m7TehCRpr2I4FX0AdZk2wbbJGTj 39ubi6AgeJtl2G9m6vYxjeJGka13CqqiBEFOe2Ndr+B03C3WIDihMzh6RwqexNA281l9oBFTfuLB BhaZ4ljBkFLYSMl6oAm58IFcdjofJ0z5jL0MqC/Yk1yW5UrGTwY0X0yxNwri3lQgjs+Qk/+zfddZ TVuvrxO59CNCmoj3vCwjMfaUFOjRhrPHaN4Wv0VV5OYgm1p+LW1eAAAA//8DAFBLAwQUAAYACAAA ACEA9dK5DhQHAACcNQAAHwAAAGNsaXBib2FyZC9kcmF3aW5ncy9kcmF3aW5nMS54bWzsW+tu2zgW /r/AvAMhYIBdDDrWXbExziDNTIrBZjpBk6K/aZmOhVKUlqLTZB5qH2KfbL9DSpbtXNo0TjezUALY lHh0dC7kdw4P6Z9+vi4luxK6KSo19YIffY8JlVfzQl1OvfcXJ68OPNYYruZcVkpMvRvReD8ffve3 n/jkUvN6WeQMHFQz4VNvaUw9GY2afClK3vxY1UKhb1Hpkhtc6svRXPNP4FzKUej76ajkhfIOe1a/ cMPZShdfwUpW+UcxP+bqijdgKfPJ5p1WRpk/nTOfqKs3uj6vzzRJnr+9OtOsmE89WE7xEibyRm1H S4bL0c5Tlz2D64Uuib5aLNj11IvGUeaD1c3UGwdxjKblJq4Ny9GdBJF/QP05COIsyoKOIl/+8SCH fPnrZ3hASCcMGhsC2iZJeI/eSdYp/kZXq5rh+n9rAGe91nDPpnYcb6uN66eonYR+5/cdl8dp4JOX H3D5vRpnfpC1TyYJRk5ieX+lo8Pxjsb++OBJOm+J3Y/wu4XGVOtG+NZzmw6++8l71K2L3I3qsyLf ncsRXuEmMzrNSguGO5171/TgcArYaZiqjpdcXYqjpha5AYwSLV5L4OCY40J1bT6ZyaI+KaRkujIf CrM8X/IawBFYLKTOFq/0l8AVgKPIxS9VviqFMg5YtZDcANGbZVE3HtMTUc4EMEr/Nrey8Umj83eQ leEVQPgZPoMgdCo2RguTL50KnahkqqbFvB3I2nLH59y4dgaf1Loxb0RVMmpANohjDcCvThvj3t6R WGu614MB7O7Ecf67DcVR0LnvAvK8rq5ZGPSoRPTMXON27yl11XFxb3FQSP4BTYpghT8rXAvTQRQH B0lqcZoAO85a/p3+YeQn+HezNkujEPPQ6dRZr9Pti9SH8StZzGnQWNUpxIpjqdkVl1OP5zlcn1oB 5ar8vZq7+1lCYrvX2qhMjzhbbnKTin2CmhDR6agqeo97TKoN2/OJuT6vSQAy3/yGWjN8w56fkAxM veZfK64FBpyRxxUEg/5c5csKo2xmpVPV0cpUi6L1r3uY2MjGnJsbKfBWONh+uEkp1Xndujs/w4C1 CgcElp1mmxRHC0PPNnV+ZhpHS+GyNUGd234aQo45jMEnGuJLTN+pJ9Sr9+fId/4kp+MxmhduUorF AsPTjUsIi8mlmLmpxYLnmLhHuuDSYzVXVYNLP/Rf+6kf47v7R7CoC0yqE14WEqE7wo18yXUjMMCs fHwi+AbLYy6LmS62mJ5gQDmGsR+h9SVM82aD6UVRioa9FZ/Yu6rkaot5CIlpzMb2JdEt5gFgYlti mBGmIwuawxO9Kgy7KYScs7//fjFa8n8QAMIZREU0Qs3PuObv7jQ2xTdL9KCZ92WTv6Che+tZi2KC kHXXk3DViPOa8NwNdDdLQdHYmeQ+e4jrc9YovA2UfUzfB1BGUZIlIVJEGvQDUP7fA+V2mNKXs3WQ OrF/HRRvxp8BXB8G1x+C8PsBTfcYtp4LTaPbaDqmAW9XAvtA09gP0giB2IJpkqVZu+hcZ52BH8YH lFuAIvPTLLEEiATfMOu02bJTG8koVSVszoY8rM/EuvzVJZebYOCS0XESJjYj2GcuSo74qyagA67u P2n9YTzA6j5XA88Fq8AzV4xZr+bDdsmETHYfsBomCRaUKBo8gKtREKD+NeDqHWv8l4+rSr56/eut hT37KDRteiBg2VhzP8ZS6OqD12a4GnLXh3PX40oZXckhfX0Z6SsywfV+zv1lgXirLMCogIpbj09k CRjagmmI8mJI9VBAbJCmdpPLMuxS1yyMxphiFmGjAxSEuqrdN8xcH1UvTSOo46Dv8eVSW1iGtihU nhQof5/yxlB5zJZMsR1r/sDHQlaoy1Zty2Ooo/55132ix04Ber2dOqz8TTXtRqLHjL2IkwzRk+nN ntlmj1qVtnaLcAjpbJPo+4ruQlflh0rPj+it6OoqvKZrHhvUe9GBnd9cHB3Zdl6VNTenVMztaqpU AL+4/sB13ZbADcbC28puhljD7mwEONoh2AxV6M26ORBtXYUego239xL/MyX18VatxIWY6GkhJg6y g4hCCIWYgzSlcDKEmCHEfIMQwwQ/Va/1xzbsKXMkL7GymPEGm6F0NACHns5Wis4GuJxhc8/yuXc1 dxc/FEHvX+oMZfqv3QN9L43mMOzOWkeTvfs95l1vMBoksqCzdQAvQNbgnufZov7Pvx/nmMEPz+MH DHX2T3YmV82OP/pM447jGMMJgf7wyJ0Vl956jz4h8GVFATrt1JdhbcaGW08qCrS5WuqnKMBu52o4 qrguBwTjNAwcwdfvZK03knB8x553emnrd1rF0ymxYQl/+yDYkF8NZ8wOh/wq9F/wEcAhv/rM+c5v dBRzyK/oSO5LqoP1+dVo53dJNlVrf0dFP37avD78LwAAAP//AwBQSwMECgAAAAAAAAAhAKBJOCMf WgAAH1oAABoAAABjbGlwYm9hcmQvbWVkaWEvaW1hZ2UxLnBuZ4lQTkcNChoKAAAADUlIRFIAAAIG AAACWwgCAAAAEE3L3gAAAAFzUkdCAK7OHOkAAFnZSURBVHhe7Z1r7FVVfvfledH2eaHIpW+sJYRL O0ZTqHJpHCGBBqXYNDbiAOoLEk25SCepteCA80pBIMYmpsPFSDIvcICokRhFkQQSRRMELEQMbbiE 8lBnmoCApE3aNz7fZ5bPz+Xe+6y9ztl7n733OZ+TGfPnnLV+67c+a+313es+4ttvv72JDwQgAAEI QOCmm/4XECAAAQhAAAKOAJJATYAABCAAge8IIAlUBQhAAAIQQBKoAxCAAAQg8EMC9BKoERCAAAQg QC+BOgABCEAAAvQS+lYHNm/ePML7zJ8/v7ekz58/P3r0aLOkv69cuSJTvvHeLEfGOnz4sKXVcy4s LVkwa7Ic6QPBBpgAVaI5hcvAUYVlsXr16mnTplkC+/fv3759ew/prVy58urVqxZx586dY8aM6cEO USAAAQiECSAJ1daQ1157zU/gZz/7mV75u0pSKiItsShr165dsGBBVxYIDAEIQCCSAJIQCarHYFOm TNm0aZNF1su+XvnjbUk/pCIWfuLEiU8//XR8dEJCAAIQ6IoAktAVrl4CFxk+SgwZ/fKXv2TIqJcy IA4EIBBHAEmI41QsVG/DR4khI/U27rvvPt8RnU9ln2IOEhsCdRL44IMPrCYnKnmdbg1l2khCP4q9 h+GjxJCRpqnV2+iHr6QBAQgMMQEkoU+F3+3wUWLIKNHP6JPTJAMBCAwZASShfwUeP3yUGDLatm2b +hn9c5SUIACBYSWAJPSv5COHjxJDRg888MCyZcsyvexqq5rMauuc9gT5u970z3Xr1p08ebJECkpI Nv3NR9OnT1enp9xUEg4rUeloZu7id8N1MiLn9+3bl4vIz7IFVuqKPmnSJFdYgq9gu3fvTltz3MTK 3xWoTLltiZkffy+kZTMzxbCdTOPKsivHxDbJmDrj722Uk7KvXIiDmZIR36XIrWoyInSLFy82nmKl v521rpZ3FyzrzJ2bIuaXtcLIMWW/K8dyq1nlAfwpSv7uAwF/85pKVz2ARKLSACv1UaNGnTt3rpNX fuUIeC4LixYtCtckJRpI6OOPP7boCtkprcuXL2vbRCChFStWKIyfQVkuyFwGZbZI7uSA8p5rRCuA 33vvvYC3fr4UTI4FsKsanDhxwqwFuKkOdKLkr292YcJ2FD6GtoIp0dymR/n1s+Bb9iuMrClYpkF5 62LFVIkYr1SIgWrs0iqlrBOPgzKYeK4T9CynMfzrDXNTvckPYeqqPX510aOitsM4SCH8X3ft2hVA FCMJejhjHm+ZCjQ9MZKgXISfCuetwvjBCkpCp7Ym3Zwpd4H2KxKRzAaebb9di6FhRe9HzGyIOzmf kIRcVZNxpeXXt0TtinE7UXszqfoVRsSkppn5suY7VxJisuaSCBS0Mhv/OITL2peEyEqoLLSiuRsh L3NfBwhQLgH1JdesWWM29S7pRhLUwVRzaWdX2PedUlfP1H7KLEeN1UydOjXxDN9///133323vrxw 4cKHH36ox9IPoPqdnrfQOMCsWbNcMD29WjKYcEk9evWRjx075n8v/11Cn3/+uRLyz+SwYHpEe150 qNzNmTMnYVbuzZ07NzN3aizk4YQJE3wn/axZmxJGpGd7y5Yt6UIRAdtnrnI0Gr5LKmjfYdfSbd26 1VlTrEceecQ5nwiZid2vSKK9Z88ey4JGV8aPH69/vvHGG+lyyRy5UmA/C/qniM2YMcPxdF4dPXo0 YS3TsTRVZ035HTlypMudIJsbfrrpKpF4XmTHCiizdgmj/EwXUIllbY+e0tITZGVqZX39+nUVR+Lh 0hueyiXtWLO+aYVwDZ6TiRdq97LsjzMkeg+ZBPyalA6gNz7/5Vd/Z/Y5lLT/EpeZbm4vITFeoYwk XkU7jSkV6SUkGMqH9Ptvotclx3xQCUTiqffutJEEIgVLD/clRj+siU+MYyRew62AXMuS8C0x7pQe EvF7CVYZ0hzSwxqZNUFf+jXKjfKl65VoJMinOwp+hXE2E1VClv3shHsJfjXOHPtKDx6mh/jKLet0 I64MpgsoUf30oDW/KWPgqJ4ySgwfqa4knqLwsLVzOiwJfl873JtOtFPpsZGwJCRehQId5ESjI/97 loSEqcAIWyKk/9wmhiMCRtJNebq5TIz/qN3MbFITuFznIDNkohVL61BaEjplIeF/ZtvkN/QJ7UyP L4Wb6URlVnKB0arwXELu64j55itouhKWW9YJSQjU+YQq5E511NMeeakiCbUVQeYrnqtqkZNRAUlI tDu5La8vUemOQvix9DOS+x6UePPNdaxT8cS3X4kWxxpWNVI+wNypVyH128HwugBZDjz8mX3EzJz6 DVnaw0QVCleb9CCGn2Li19yWK+xYQhIyO1V+6oFegp/HcBm5eQKZkm8JaSy9rP2ak1vn/WrTc4Xv WzvFItTaxvESm9fMj1LOtjtw4IAZVAOUO16v+QNrpzQw6kfPBaTRagvzwgsvhMP7p/jlWu4UQJMu /oj2hg0bwqaWLl0qqmos1GhqLNsF9vOoh/aJJ54IG9EkhN8OhjcPCmZi0sI3rpWmfnEHSsfNB0R+ wkciJvz/6KOPEmYFR4jkuWQ74LyL1ZVjf/ZnfxaZhXSwu+66y7589dVXA0tyhfHrr7/WRJdmehJD 9pWWde5yPs3HWBYuXbrUM4r+REQS+sM5O5XMZqWUs+0OHTpkSboZy9yPH+yLL77IDe8C6BH1W2e/ 9mdakPZ0Wn8SmaKCffbZZxY43Pi6YGogzp49q8Zi/fr11lj4baK+jDlP8Cc/+Ymlq1wHmifNfway 47en4ZDxTNQw5WbhL//yL82gJvx949IAwREiTcx2mnyOdyYRsshGyx/96EdmTX0Xt6sjQD7TyUrL +i/+4i/iyVy8eDE+cC0hkYRasH+XaGLzmr5Nn23Xm39+M60FP1qzkftRMEvr+PHjkemePn3aQupd O/ftUoGLN4L+c+W/cUf67IL5G4hmz54dEzfRtPl5T0S3vkiu2a5etwPWtPgqN62ZM2f6zWtu+HQA rfJSi6wNWRs3boyMXvANQDXKH1ZSxV6yZMnYsWPdLrDIfYiVlvXNN98ciaIdwfo2REVCmQQSo65d DTX6NSxhvGDlSwyPBuYSNA1uaQV2sfnupTdYdVs3/K567hxAJ+M+onjsgU0VfssVXh0QPz4eDtkD yfhca/xdWDQor1Q0YhbYPJEugvg5YVc64RVHiVmcdN1WfdB0ReSmzlLKOvDopeubn7ueq2u3z0jP 4eklFGw8BzN6elVMp3yeOnWq/wiuXbvW/0RdirmDMy7YLbfcUpeHBdPVmIzevtX30pu4NqPolVx7 aLRzwr/ar2AS3UZXR0EDoQFN0g6A5cuX6z1Gbpc46hVZ1t1mp+HhkYSGFxDuQaB/BHRS0OTJk6UB if1oCQ8SW9D74J+G7DTPoRd89VcCW83dsJKEodvJhj5koS1JIAltKane/ex0kEO4axmZnr8gJDJK q4MNUluTGATXIXd6105vMreVnRr0UKOsASVNQUeuWSi3rLWmSKuJtKxI43JaH9XpABUJw2OPPVY8 6UEq63gaSEI8qzaF9N+kbty4UZ3r/giJvxAokKL2+hf0x45YkB2djtCbNX8gIn5pYPj1uTdPSon1 zTff5NpJtHH+bLnmaf21vKo/anPdsLut7NSyaTXKTRhOWbBggdZHSZmkT04eEpPYGubyD68dsLLO LegiAZCEIvSaG9dfDPr+++9X5+gdd9xhxvWCGXMOcPxypk5ujxs3zn7KPM0mHdGdVOyWqbhf/cVR 6UX6mUkn1rfk7vaoDnva8ieffJKb3JEjRyxM4hX7n/7pn+wnNa9nzpxRmxvIYHFdz/U2JoD0ycmD FhlLG/w3oXfffdcsDFhZx5DpOQyS0DO6Rkf036PtNLSwx+44ezWaWqQfP0enZ9JvXN58881wKtKM 4hOVvg7ptT1Xh9wLo9LVR9udnIf+wtPIpe6/+tWvOjWptdeGmFL2W8nEUmA/uvYb5nYFEtsaqsu+ JFw1012oEE5F2uDvJey08HQAyro62rKMJFSKtzbjfk9Zy4c0bZjbUmtViV7z1WiqdejqHfDJJ580 41quHh6B3bFjR3Eoif1uL730UthmZlM4b948i6WM5zqmJsaOLFXEWgbTA9lUKYeFXFsKfP/9bXcJ s7fffnuYpyTWH0DreewupiZIwm29U+6bir8d5NZbbzX7A1bWMdx6DoMk9Iyu0RHVaPqqoGnDwOOk RjxxCOvChQvjs6fA1mFX26oXuk6qIB9yD5+ITNc/OUNNRiB3+slvCu2KOr0I+y+VWmZTHaLITBUM Fri6TiXiK7fqRmBH8aeffhrwRNLy+OOP+wFye2lF8uXXzOeeey78wuGfreLv3Ru8si6CNCduzzsa iFgKgYq2qsm3xGGrqgedTn5ODCv3sPMocdxj4sowByrzmL/4fUNp2mm3+3Y4duaGo9x7YCwLVWxV c8+5tDm9Sy59uHd6EVoCZuZBdeqIZBZieotiiVvVEltk5GdmnUlfHZg+bDyxejXyIPTMsvZb1dx2 oF1b1TgJNbdAqw1QnSTI7/Rh1KrKeu1SLdcncxlf5g7kmCc8fe+Vnl6XUGAteRFJSN9mpWfecqdE E6tQMo9oTp/sHzYigJ1OQm6CJLimSjlV4XYq4pjLEpwR5TRQVaxZrFQSVI3Tt4eqaplv8jC9iy2z HS+xrJGEapvFYbZeqSQ4VYi/RVKPVqdbUwLPvxVfzG2IrsE1a0UkwfWEInOnBq7T/ozESpVwtzpw Mn69khBYp+/nKHBOdUzxOVPKqf/yriJIPMIx7xB+lFx08b4FNFspllXWAywJzCVUOCjXBNNaPhQ+ DMAGHNRYaINo7lKTQKa0jUhGAm20Xu7kjLt9s5SPBsS1XDK3vVAArb/sNHqulSqaLM094thdc5R5 xWYpeSloRDOrKr5ALpz/NpWSTk5ZS7+PJ4LJiF4ylJCWdVonTBNImmAo6H84unzTi3+u/MslNfqB MhqMsq4UNZJQKd5GGHeHAegd2XWx/efKHY6vh1wNa6CxiM+GjMiUhMFPSA+qS0V7CIqck5zphjRM TYAb5k7kzl2QoJ8UICx1auA0txwwosZUK98btREhTUN5VC7cqQ/WXrvxHzWUMf5rgb8guIsT/Hri SDojdrq4Lz+5S9riq1CnkNoop6qlWqTsJGY+3LU5zj01+uG0BqOsi/PsZGGEOlPVWccyBCBQHQH/ nnopohrN6tLC8pAQoJcwJAVNNiEAAQjkE0AS8hkRAgIQgMCQEEAShqSgySYEIACBfAJIQj4jQkAA AhAYEgJIwpAUNNmEAAQgkE8ASchnRAgIQAACQ0IASRiSgiabEIAABPIJIAn5jAgBAQhAYEgIsFVt SAqabEIAAhDIJ0AvIZ8RISAAAQgMCQEkYUgKmmxCAAIQyCeAJOQzIgQEIACBISGAJAxJQZNNCEAA AvkEkIR8RoSAAAQgMCQEkIQhKWiyCQEIQCCfAJKQz4gQEIAABIaEAJIwJAVNNiEAAQjkE0AS8hkR AgIQgMCQEEAShqSgySYEIACBfAJIQj6jYQsxwvu0Je9XrlwZPXq0c3z+/PltcRs/IdA0AkhC00oE f3oh8NRTT129erWXmMMaZ/fu3du3bx/W3JPvjgSQBCpH6wmoaduzZ0/rs9GvDBw+fHj69OlLliy5 fv16v9IkndYQQBJaU1Q4mkng5MmTy5cvB04kAXUOZs2adezYscjwBBs2AkjCsJX4QOVXUwhPPvnk QGWp4sxcvHix4hQw324CSEK7y68K77/1PlXYL9Hmyy+/zAtviTwxBQEkgTrQVgL79u3bsGGD837U qFFtzQZ+Q6BJBJCEJpUGvkQT0JDR448/7oJPmzbt2WefjY5KQAhAoCMBJIHK0UoCjz32mFt1qv7B a6+91so84DQEmkcASWhemdTtUXirmjaCWQDzVMt+1q1bp6WN9pP+1jda71hFbrTqdP/+/c7yiy++ OGXKlCpScTZd1vxcu91wK1eu1MhVV+meP39+8+bNimu76pwp2VcqXZlSJ0lrhxYvXjxp0iSfubzS 92lTStcFW7Nmjf2qvy2uAnRyQG4LeNrtSALpCiNuVlXkv+yk60lmBhVY1uSMXOoKF4G7IODPJfI3 BETArz1pIA888IAF0K+XL19etGhRoMIpvMKUCPbEiROWnIw7y5s2bUp/WTBRJeRnNjOPEydO3LVr V25C586dC1OScaWlYLmmXGbDcyfy6uOPP/ZN+XwyM6IA6aTlz4oVK8KtidJ67733Am4nKkwng34l yc2gXJKdSFwxSAljBG6CBQQSBOIlQY+xxvFzX0AUpixV8FNUs2hmS5cE6UH8lLWap0AtUuscaUrB Ek15wmwkcFcivlb1IAnxbiuttWvXdiLgS8K2bdsya4sPMFeEzIJwqZh4fsslMCLxVpj7eBNg4Alo MMHvByTyq567Ddroabe/1e7ff//9I0eOVPg33ngjsTZUz/mWLVuKo9MYi60y0svpggULnE2Ne9iQ iLz64IMPiqSlUYvJkyf7J2T4udOm3w8//DCRQd8ZP2mNCE2dOtX/Rg2ZQN1999368sKFCzKlt10/ gJq5zKEweSX4iXTNsbBXGpn59NNPlcrBgwf94ps7d65L+t57773vvvvMDYXXjrau3O5UxH6FMYMq I5e0qyqWZb8c9avPSv/8/PPPhStRLkePHi1S1sRNEihXYbA2AAT8KhIeOHIh1Sql323T75jFu/lq ds23xGtpub0E/2VWuct8FU1kUMHSrPRS7/cP9HfmKJNMafjFsub3fnybyrJfNJkDTQmvZDbRP/NB ZQ4WucHARLdGIdP9vITb8k3cciuMLCcGmny8frqZ7smNRDciPGw1AM9jn7PAwFGfgbcgua4kITAo 5A/6y2bMmHuAjt9OhVs6m2DombU/1hEYyUlkMK15fuMVHuVIjAilx2ESPYnAUFViyCuBPUYSEm1u oOASbmeKWWI+JlM2XEkJtd+NCBSfPzETHrXruQ4MbURWHNFxLERA582NGTMm04RGP/xHt+BRCrbq VGm99dZbnRItlJn/H9mGVvSFP5ySMK4Mqr2TKOq/6cF6rYrZunWrRXnnnXcCK6OUHX8prSJqmMhP bseOHfZPKeLzzz/fKadKxd+lsXfv3q6YKF3fbeVL65o6WZDbqgD2aq8hnTfffDOQnEIuW7asUwA3 tOU+NqKVGXjVqlUyJezSg9mzZ3eVQQKHCSAJ1JDeCag1nDBhQiC+GzF3H42b95ySv+pUjVSlq07l pD9nHj5BWpMWGsvWf1evXp1AceDAAcuvDAakxQVTpixdta1+dP3qH/X6wgsvhBVx4cKF1mL6RRDD 309XRp544olwLOXa71WE94hoEiVg7a677rJfX3311YQo+hEF8+uvvxZ2TVAFFCsmv4RJEEASqBK9 E3jkkUfiI/e8ltw/61Qvhmp84xPtLaRWzVtEHbPaw74BRT906JAZiQTlB/viiy8sutD5A0fz5s3L baatxewW10cffWTG1drG9MZ+8pOfWBTNFQea8rA+/ehHPzI7yq/mpbXHImCtt8IlVpgAkkAN6Z2A W19U6cc/61QvraUsW8p1+NFHH/XDaI2TVg25TVVqpCK1zV8apKUyWkuT+1EwS/f48eP291dffWV/ a9QoppnOzWOnAH7uIsdkEp2206dPdzI+bty4gGPqcPgTDwKoSx3Gjh0rbRC6irY99gxqYCMO7SwK Ge9EwK/r4QUk4UX0ilt8IZC/zCYwz1k8oUROE8t7Es+/2mUFCK91KdhkKAlzyV8BVXDyPHd62Xc7 t3zNQ3+oLRErcq7emVLnILyHQ7NTolF89RqPfycC9BIKPrlEr5CAf9ap2oJ+jhqvX78+sIdWTZK6 Dg8++KCOplDXIbLf0BUpf6So+defldVxUUdBA26BTeOaU9FQnvRSg3uZR3d0BZnAaQJIArWiuQRe eeUVc05tgX/4UuJv/+gerRcKH9MUmWGNwp85c0bvpIEd2poH1voctVA0T5FUc4NpGErzxupqaNY6 0GNww0oSBiYbcpF2FQBJ6AoXgYeLgF5+tWhSa4r0zi5tUE+lUyOl5ikw2N3buQstYl16u6w1RZo3 0iS5Ruc0RtdJlSUMWp3cIlDNdxVJaH4Z4WH9BDSgIW1QV0CNlNp3Jw8Jt/7u7/7O/8YXjxs3bhTJ g06bsOhnz54tYio3rj9oc+nSpdzwLkB1d9vpzBIN4kmVtS3OyYO/01tJq1PY7ZG0kZkazmBIwnCW eztyfc8996iFivkkDoTwo5SeVY1sOHlInAKrZtGfVJgxY4Yl/f777xdx47bbbrPo6q/EvJJrlY4G VdzJ211Ndfi7K/wFqQH/E92j3B0YvaFQj83Jg0RR2uAr7rvvvtubTWJlEGDmHQIJAn4tqX3FUWTp lLjiSKPYsiZRkcx0OgXIvJIq+Lj8xTa+S/7yoUCO3Oi5klYXJLG8ym8Bc48GSXjlr8/JXXEk45aj TqctJbLgb1VLn/UUv+JIvsmUC59b7v6SsIKrsHLTGqoA9BJ4UYDADwhotEST1RqOUEuqPbRhOomV NjfffLOF95tCmQrvglYsdwCG5quVtObSE6uM/NVWzz33XNgrfwey1Ci8wzxhyt8HJ2f8gzQyE02c 2xG5KS/TlGiLgDtNJHe63t8Tc+utt1KJyyKAJJRFEjsDQsBvE3Obcn8UW+/U/qYtdwKSQdHSyUAz p7Egf3JCpnQohQ/0mWee8ceOtPK1E25t9vZ//Yd/+IdOITPXtkrk/Ld+qWMRt7uqEz4ByV54fEyn apvxOXPmdJUQgUMEhqpPRGZjCAz5wJEQJY4CzTwaWsE0xuKP56SP5EwclSqwnU6ZTqyoyRywSuye UwOa3rGVezi2Py6UPlDWVY+eD8fOdDt+4Chx2mvmoetuO1tibp+dazHPdWQYrtDhjSFJIP4KHTVA 4bnEcm+2CRRVuQlpMETtkX9Vi5p+TRfb8Zzpq28UQJsY0ju29Iqt9akJz9WiudN+Mu+96XQFUOYV OnYXTaap9G08ibtxXL7kiWbyNXNrflZ0hU5uhfGvSHLOqCA0Tz5+/Hj3T/8KIPeNdKjbc5x45ukl RAokwf4fAXoJgtDVRZvhuxASnYlwe6QmPnApafxFm52u61HWMrdWpGdoE6t6wm4HLi2I7yW4xy/+ ok25xGUJpbdZzCXwxgCBDAKaCQifrGBx1CqpfxA4r1szwzGm1FJru4M27gYOh9BPWqGfe1u9WmGl 2On8j8yjA/0rIlzWtOJTy2rT2y8SsDT6pHf/Eo8jlKncDMoHpSvRKjFdHoPvCJQuMhhsOwF6CX4J qrvg1qT6L9dqj/RNt+evZZrSwIhbchroHKRrlAK77XL+hgyZkj7FnFUnTxQyseer04i8vk8TUPY1 txGTVre9BJvPEBM5mZhlcdfmcLlmdY0Mcwm8HEAAAhCAwHcEGDiiKkAAAhCAAJJAHYAABCAAgR8S oJdAjYAABCAAAXoJ1AEIQAACEKCXQB2AAAQgAIFMAgwcUTEgAAEIQICBI+oABCAAAQgwcEQdgAAE IAABBo6oAxCAAAQgECLA7uWo+uEfDhoVgUAQgAAEGkYgcahlpndIQlShSRJiaEbZIhAEIACBvhOI bMRYcdT3kiFBCEAAAk0lgCQ0tWTwCwIQgEDfCSAJfUdOghCAAASaSgBJaGrJ4BcEIACBvhNAEvqO nAQhAAEINJUAktDUksEvCEAAAn0ngCT0HTkJQgACEGgqASShqSWDXxCAAAT6TgBJ6DtyEoQABCDQ VAJIQlNLBr8gAAEI9J0AktB35CQIAQhAoKkEkISmlgx+QQACEOg7ASSh78hJsBiBw4cP6wAvffRH jKXz58+vW7du+vTpLpY+8+fP3759+5UrV2KiK9ju3bsXL148evRoF11/6J/6MiY6YSDQMgI64JNP LgEVam4YAvSBwOXLlydOnOiesY8//jg3xbVr13Z6IEeNGrVt27awhRMnTlhyaTv6SQFyfSAABJpA ILIRo5fQMgkfcnefeuqpc+fORUJYuXLlhg0bLLA04IHfftw3V69eXb58ucJ0sqZeyNSpUy05i64/ XBT9NGfOnJMnT0b6QzAItIBAE+Sr+T5ECmzzM9JqD1esWOE/UeFegt8/UCO+a9cuy7u6Gr6pTZs2 pbEojDX9SjTRn9A/zRP1FVpNFeeHhEBkI8Z4SFR9iKQZZYtA3RNQAz1t2rTEG1ZAEvyehFp2RU+n KSUwgwqfCOA3+u+99146ujTGovt6033miAGBfhCIbMQYOGpBT27IXdy3b9/kyZOPHTsWz+Gll16y wO+8886YMWPScVevXm2DSH54F/Ltt992f0iKFixYkI6uGWZTqb1798b7RkgINJkAktDk0hl237RY SKuDHnzwQY37i4Xe9/1X+wCdDz/80P2qRv++++7rFHLp0qXup61bt3YK88gjj3T66f7773c/Xbt2 bdiLivwPCgEkYVBKchDzobnf/fv3W+OujsK9994bk1EbOJo7d24g/IwZM+zXTktar1+/3smCEyo+ EBgkAkjCIJXmYOZF87carP/ggw8mTJgQk0O/cQ9LiG/wyy+/9I3bT3v27OmUqPVFIh2LcZ4wEKiX AJJQL39SDxFQUysxOHv2rAbuqyaV6A08+uijLkV1ODZv3pxOXV9aX8QCV+0k9iFQNQEkoWrC2O+d wJYtW3oQgzvuuMOS/OabbwLJ+xuYP//8cz+kZiBsoeqaNWvkhu0/0B/6p7504RUsMF3Re+aJCYE6 CCAJdVAnzSoJaH2RbSn45JNPAkkdOXLEfk1PEUuQtBTVmdLwkbatuQMt9IcbTXLT3QpWZW6wDYG+ EkAS+oqbxPpDwNYCaSlR4CyjV155JezPvHnznn322U5h9NMTTzzRnxyRCgT6QwBJ6A9nUukrgVWr Vrn0tChIZ2Bkpq1z62w5U2YAHY2nnQc2QJQ+0EI/acOEtk30NW8kBoEqCSAJVdLFdk0ENLi/aNEi l7gGeXQMqr8MSf0GTQ4vWbJEv/qnVvjOKoBOQHLLTCUM2in99ddfa9WTPvpD/3T71BRA2yY4FbWm cibZCgj0Yyd1+9MQ+PZnYhByoLbYHoLwGUfpMzC0mNU/9k52NDNse9/0twHyz8NQ0595HoZvX7qS PhJjEHCThwEiENmI0UuoQGYx2QACmmTWG731FeSRWm2NFNlgkZsZPnjwoHN2/Pjx5rWdb6G2XkYy z8PQl7ZlQX2FHTt2NCDTuACBogSQhKIEid9YAmq1NaSjzoR6AHbtgd76dUiq5EFnHPmejxw50v55 9OhR97cWm2bqgftV2yZMcmzbWmNp4BgEYgggCTGUCNNiAppXUG9A+93cGICa+/Xr19t+Y+s03Hnn nZZJO2LP7zpkIrj77rvd912dytdimrg+6ASQhEEvYfLXmYC/WIjtZtQUCIgAkkA1GEACWi+kI1R1 SXLg0jRl+91333WZ96cc9E879TqxpTlN6sKFC+7L9HUOA4iVLA0BASRhCAp5+LKoiQGNCGnWN7A8 VCdv25nYDz30kA/JdrppAlnBOvHTYlazr3Wuw4eZHA8ggWxJ0GOwbt06vWe5Hfz66IVLU216AAJ7 QQ2Pwmibjx9dD4wMBp6uBNriFgawrMhSNAHtOnZhpQqZh9apglnPQC/4iZOU/D3JCtapzmsTnJ2P /cwzz0R7R0AINJhAYt1t4lratONalpd576DZOXHihK3uSEfXYo/clb7FLeQm0W0AZaTbKISvgkD8 vgT/duXEzcky4ldR1be0q/7VzdKMRJ23rWquhsfU6ipoYBMC8QQiG7EftHQxu3vcM9Dpslk9Xf52 ULc5KDHM6u8JSuenuIV4RvEhI2nGGyRkbwTiJUGV2W/308dRhGuy3PNFRYE7WQjX596ySax6Cbgb WPXfSDf0xuAvdHZx9SKSuckxbVNLovVW4beTXUWPdDKyEfuBJPjPgPrLiQ2ZkgG/uU/vHVX+LYD+ 8APIlN1zG1CU4hYi6XQbLJJmt2YJ3y2BeEmQ5fQrjt9tlWCE9z/LgrazdTrxwplSgG6zQPiGE1BT 7go3RhJUx/yWLTEuosrT6e3ZIPj90XT0RAe3CLrIRux7SdDruTnU6cXHf4VP87K8CURmZ9zYKUBm 3opbKIIsEDeSZkWpY9YIdCUJLpaeSb3fWMsuJdA/cx9US1HPvB5LVV3/dce9xHGIxeDVTL8ZzJUE /xXWVESxEiPngcrWqSfqa0NZ3dDIRux7SfCb40B/x78P3X8kfDqdXp0UxrKaxlTcQnUVNJJmdQ5g GQIQqJpAYtQ6VxL8/oEabr/Z1LuL37/MfHvw+weJ/kRiTreUzmhkI/a9JFj2csf6rVn3+91q4u37 wNuTqaLe1BIFXNxCdTUmkmZ1DmAZAhColIDf/sQMHPn9icz1Bb7ApBtV/2hF6UHmW3in9+/eOEQ2 Yj9YhOp6x+FN/FOmTEkMeLl/fvTRR+4PTZIEbiefPXu2C5a+5by4hUzH+BICEIBAgIAWGWsVsjss Pf7jX7bx9NNPpyOqqbQ34PT+GDtaURHfeeedzKO0dAyXvan74eOd7CHk95JgZ8EnjgNLGPXPnfd/ sj0H4T07t99+u8VKmCpuoYf8EwUCEBhmAtpBpXuQ7A1VjXi3G9HVanc6G/HHP/6xY2v7Vwy1nZOo 6IHDVJYuXeqi2LbKqgur693L77//vvnk33tumhnuZPiZT1yVXtxC1bCwDwEIDBIBvZXaRUkaINGS AZ2QGDj7NjPvgd27iSbOj24DR3Pnzg0gnTFjRqd36IoKojtJ8M8A0GRAJrtx48ZF+nrq1KnMkMUt RDpAMAhAAAIioM6BzrJdtmxZPA1rphSx07kMNhieWIPkD5Dce++9gUT9Qfgvv/wy3r2eQ3YnCTpE zHpAdr2t0vaJ+END8W4VtxCfFiEhAAEIOAISA72wq3MQmAHNZKVDU2xNUebpimr3bbTnb/7mb4oD v379enEjuRa6kARl28Z2NMPuDwF99dVXuSlZgMyhuuIW4h0gJAQgAAERcHdpdCsGDp3GSBTX/a2G UXOodta6XnB1stasWbPcr2rx/FOz9I0/5B4YXFJIf1Qq91zeUso0VhKkB6Z4yqEuIek5+W6H6tIJ FbfQs/NEhAAEIOAIaJ2SnZel4aMHH3zQHRKqYaI1a9a4MOqFpO9qVQtmPYxPPvkkwPPIkSP267Vr 1/pAPkoSEnqgHBbxLOYs1bD94haK+E9cCEAAAo6A3vdfeOGFTqeeaMJVR+RmvsLaAex61Q40aK+8 8kqfUedIgnxVh8jvH2TeTn7bbbfF+515JWFxC/EOEBICEIBAcQKaLZg5c6Y2NNgMq1aU+gdaaG2r egyZx7PbXKzi6pT1TGe0m8Hf/VDc4RgLIUk4efKk7jywFlzjRZl6oGT8wbhLly7FJJwIU9xCD4kS BQIQgEBvBKQHmi1wa0ntOAq3u0sXfet7u5BDg0jp+WdNY1gAKYfevP1lSHoXl5C43XPhgxd7cz4Q a4T2Rmf+rKmSxx9/3NRPI2I2l5IZXiNo7nttwg5vdrOQOlF2wYIFZq24hdLp+L51AlVdogNj+caN GwOTlxIzcvPNN5doDVNlEdB7sHs31/t+YJB80qRJpgeHDh3KPNbBH3JPNHeyr3bff+fWN+pSyKz+ sM6BGl7t9HIzE7mNcJiAGtioRizzuIzEcR8xhy7ZxuvwdSKBkyyLW+jt6I+YWGIdE4wwaQL/9m// prr4e//7d/mfT+B3f+93/uD226gwDSRgDVHg2Du/hQwfsW47EjTKks6sjjZK3PvtN+uu4TV/Ytrh AM/IRixDNzSAZcd9qM+yc+dO/12+kxCZHoal1TeekKziFsp6TUjbiRXY6jxoreWLFy9OnfYnf/63 f9TaHFTi+H9d+5/ju379m6/+oxLrGC1AIKaXoGuDN2zY4N7rNUwUSE0HZmiDtAsgAcicataQ0a9+ 9SsdceG6HRIPTT5r3aobTjd/tLm6q810Ca8iG7HkXEJCD9QhitEDpW3n2anLE5hAt+186Xsnilso UA2ICgEIQCCWwPHjx11QN84T+Nx555326+nTpzNDuu0Rkhb3jn/06FGt8rfpVRtE8k3FOtp9uB9I guYPrH8gpTpz5kync0/TCfl7+Xbs2JHpiX8ehh3nZCGLW+g++8SAAAQg0FwCtv1NLgZOxysxA99L gtprzSc70+oNdVpc1CltdYi0ccP9unHjRq1WSoe0aXeNR0kAEgGKWyiRC6YgAAEIdCJwzz33uJ8+ ++yzMCV/Baa/aVkLijQiNHr06MzDMMzmu+++6/4OTDmUW0zfS4LO47b1RTqRQ30cjXCFP4nDnp5/ /nm3Xkp25syZ4x8RrpA2IqYAnY4bLG6hXDp9sCbCbsdjp1PHEz5oUE5gpb6qTC6i/tA/0weyRzqv qunsRIYnGAQg4J96HX70fvnLXzpces/2JxJGjhypESE1lYHo/rDKQw891B/s300vK+3EWX0xyafX m6qbo13dFlcKocNd1Yr529PCS6mKW4jxvNswkTMz3ZoVGW11cXNKWreQ2zFU3+vhhx/272PyU1QJ vvXWW/FjfYorg1OnTnVGohaodZvDm25iejmTGdPL3VelPsWImV6WKzGLUP25ZS1SsnEURfeb3MyF +/4SVQ3ja4KhYP4jG7HvegkHDhwomJ6Lrrlo/9JRaaCU0NcDLVEN728obqGUjPTHiHYtdmrf0w6o G6Hm28JLbt1WSdvJop/UOcscssvMjuqcBKY/OSUVCAwYATtqwgZF/GU1avElALbWSG26rwdCodlj u3NN2w4kHj4fty/aWs7XXnutb/S+k4QSj13Vq67mpbVeyl9TJCLuENqY8/KKW+gbviIJaQwxfdto J4OqbX/1V39lvwrv119/bRfh6Z/uJ9XOyFbevYPEC1KRnBIXAoNHQC+vtjtBz50W5owdO1bPlD7q QKjLbk+3O/chTUDj5DY2I/HQCLCLrj9sX7RiKZWuuv4FUcftZyuYSPujR/a5IjOa3rWoiOGBI78H mt4Gqej+6uFEFzXtlXoS6k8kLv9j4Ciy+EoJxsBRKRirMBI5cOSS1kD3T3/608CrlaaFf/GLX3Q6 vDmzKbBMSTA0FZE7nhwJIbIRizoJNTJJgsUQUB3SXa+ZZ/8For/99tvuV71xZO4UUbfULqLYu3dv wJTmkzUAlb4MNsZ5wkAAAj4BPYzaT6CXMDX9/nSsxkg0SH7ixAm9qwUO89dPmiRw0W0EWHb0T30p y2XpQXypIQnxrIqGdMuuNP3ummPVAE0rdWv0kUce6RTFjtvtdK66BijVpbWT3N1oXrcOEB4Cg01A gzxuy1j8LQBuyZ/tNXNxNUgeOeDjomso2KUrO25VYS2ckYT+YfevpdNLhDoK4WtXMz0LzPrkvvj7 A5R6hVGt1Yla/cs/KUEAAo0ngCT0u4jUK1SXUM1xV9f7WeDAjLTOSHGZCVuWGmneQq8wXE7X77In PQg0ngCS0L8iUkvtxgd76BI++uijzlFNZGXeyKEvbY7LAify5sRAatT/Acr+USYlCECgAAEkoQC8 LqNqQ0YPYuASUSPur2KWHdt/oD/0T/+u104tPmLQZYkRHAJDRwBJaE2RS1G0/8AtS9DwkVYNuYMo 9IcbTXLz1eGdgK3JLY5CAAJ1EEAS6qDea5o6K/DZZ5/tFFs/6Yz1Xm0TDwIQgMBNSEJrKoF2q2nZ qA0QpQ+00E/a8eCfptuavOEoBCDQDAJIQjPKIc8LzR5ry7tbZiph0Cyxf6CF/un2qSmA9j30fCpq nhf8DgEIDDgBJKEFBaw9bv7+svQsseaT9aXtXtYGiMS55S3IJC5CAAINIIAkNKAQ8lzQVRYuiAaL Ol1tpE0GtmVBfYVOF9vlJcXvEIDAUBNAElpQ/HZUuhabBvaXad+DXb1k29ZakD1chAAEGkOAk1Cj iiLyEMEoW14gHTqkQybcF4GTUO3Ks8yrNvxENeVgQ0wxJ5t2G77bDCo8V+hkQuMk1B7qUiDKjRs3 yjU4ANZuvvlmPxeRjRiSEFX0kTSjbCEJ3WIaxPBIQomleuHCBXWRf/f3fqdEm203pTfC3//93/8/ Fy9ZRiIbMSQhqugjaUbZ6l4Spk+f7g7T1rhQeDWRJpa3bt2qkJE389FL6LbIygqPJJRFUnYkCdNm /umcVZNLtNl2U/959b//ec9vfv3v/9GtJDCX0IKit1OvNYEcWEqk6zhMMKQiLcgYLkIAAg0jgCQ0 rECy3PH3JKuj4F/x6gfXTc52PvYzzzzTgozhIgQg0DACSELDCiTLHY2T6noD94tGkHQPT2KLsqap 1S2wRagK3NXJ2y1AgIsQgEBfCCAJfcFcOBFdb2AnoUoVtEU5cXm33dypYApcOEEMQAACw0gASWhN qeuIUy1CtQtaNUa0/7cf/zI1TkJtTXHiKAQaSQBJaGSxdHBq9erVZ86c0RHZugzHtMGdf6cvdYWO ArQpP/gKAQg0jACLUKMKpKJFqFFptzwQW9UyC5BFqCXWaxahpmGyCLXECoYpCEAAAkNKgIGjIS14 sj08BLQh0V3AF59lLWnTtsdJkya5iG4tQ+Sh61okrbs9FN7F1UfL4datW8fpvPH8awyJJNQIn6Qh UDkBXc1tx17FJKbwasG1pE3b4DU75aK4tQxLliyRSNil35nWJBu6x0l3eyi8BdByuA0bNkycOFHC 0GlXTYxvhOkDASShD5BJAgL1EFD7+/DDD8enreZ+zpw5tqDZbu4zCxIJBeikCtIDyYa/BE4LH/yl EBIG9R5QhfgS6X9IJKH/zEkRAv0goJZX7a+96ecmqfBq7l2DLjHYtWuX3dx3+fJlrW+2HkOmzGis SXpgqSi8Yul6D31kRyvi3E/Sm8ceeyzXGQLURQBJqIs86UKgQgJ6kdcAjr3vx6T085//3PTg0KFD upzDYumWDq1vtmZdMpOeV/jpT39q4XXSu8L7d3ssW7ZMX7oAGlOKnJaIcZsw5RJAEsrliTUI1E9A 88lTp071B3ByfdLcrztDV5+dO3dOmTIlHUXNuuYD3Pd79+71A6iJt+6I+ge6+TUdXV9aV+O5557L dYkAtRBAEmrBTqIQqISATrvSDLB/U7edgxJOz25m1dD/ggULOgV21/bp6HWtQfLDfPTRR+6fGnHy T2lM2Fm4cKH7RvohVytBgNFiBJCEYvyIDYEmEdAlffa2rtMPNY4/fvz4GAftZtalS5cGwuv4LN3N optfdbyKH8wWmM6YMSN8F6z1Mz799NMYxwjTZwJIQp+BkxwEKiegN30N3Kv5DrTOvhOaWLZZB7Xp PfhnS07nzp0bjq5OjAvw+eef95AQUaomgCRUTRj7EOgfAScG6hxkjuZ38uP06dP2kztWPbHdTMNE mm0ud0742rVr/eNCStEEkIRoVASEQOMJdCsGLkOXLn13Q68URf9MbzfTTLVu49AaU+1iy9yUoNkF Z+r69ethSLYp4bPPPms8zmF0EEnoutRtmz5/JAh0jZIIzSCgownNEW0wtu1mGvd3e83sV40vZW5V sxkCm5PIzJk/QtXVgqhmcBoKLzgJNaqY/ZNQ9ffFa/8aFW2YAo279Y818ZjOMSehZtaCvp2EqgWp tgAps4DknoXReiHXUuut/x//8R9t9ElN+csvv6y9xy4vEoAjR474ExU61EiHWLhfNXLVadjKd0Yh O/nT7XPDSahpYpyE2m0tIjwEIJAk4PRAK021pshv1tX6a7La36pmi1adCa0utQs8tGYp88gKjTht 3LgR6A0nwMBRwwsI9yDQVwJq2X/xi19kJqmtajaI9Oqrr/phpBkvvvii+0arYLVxOjEXrX+60zJM OfqaKxKLJoAkRKMiIASGgIC2tgWWrtquBbX7iXlmCYZti1PTrwkJ/3pwNz+h8ShtjXYUbfphCKC2 KYtIQptKC18hUDWBH//4x4Ek/F0LN27cSIR014Pbl4nrwTUepQVRp06dcgFsg0LVOcJ+VwSQhK5w ERgCA0hg5MiRlqtbbrklkEO3a8F9vvzyy3RInXanDoQ2TtuyVPUG1HvQnLPGjvz+x6233jqAKNuf JSSh/WVIDiBQjMCdd97Zg4E//MM/zIwl2dBctCaotaBIn7Nnz6r3YJPVBw8edLHuvvvuHhIlStUE kISqCWMfAk0ncMcdd5iL4aOH/PmDcH8iM89aiWRHX9x7771N5zKU/iEJQ1nsZBoCHgGN59g4zxtv vBFg4x994QuJ7s/RdT2aHgjPEBw4cMAZ17qjro7coLj6RgBJ6BtqEoJAcwk8+eSTzjntTw4cW233 HGiu2J8Y+IM/+AO9/msWIb0Syc+zRffv52kulKH0DEkYymIn0xD4IYGYvWY668JO3l61apVvQFfu 2KJS2yydYLxy5UoXXV2EZ555hhJoJgEkoZnlglcQ6CsBvfLbjoH0XjPNAahBtwMt1EVID/u88MIL zmN1FxTY38Cs2xQ0rGS3tmlTm79yqa/5JLE8AkhCHiF+h8BwENBlart27XJ5Tew1Gzt2rDXomnXI 3N6ssSB355o+CqwokgE3waAOhM0qa0GqNrUNB9FW5hJJaGWx4TQEqiCgZv29996zMydsr5ml5bab ddrerJ0H/r2ekgE3weCiy6xOSUpcx1ZFLrBZhACSUIQecSEwaATUVzhz5oy6CzrOyLSh03azdObV 4mtXmoTBphZkRKYkBjJL/6D51YXDsaPKiMOxczFxOHYuIj9A3w7H7sqrlgbmcOx0wXE4dksrM25D AAIQaBABBo4aVBi4AgEIQKBeAkhCvfxJHQIQgECDCCAJDSoMXIEABCBQLwEkoV7+pA4BCECgQQSQ hAYVBq5AAAIQqJcAklAvf1KHAAQg0CACSEKDCgNXIAABCNRLAEmolz+pQwACEGgQASShQYWBKxCA AATqJYAk1Muf1CEAAQg0iACS0KDCwBUIQAAC9RJAEurlT+oQyCCgYxb5pAlQV/pAgJNQoyBzEmou Jk5CzUXkBwifhKr6dvHav3ZlcOADd6pgyjgnoaZLn5NQB/6JIIMQgAAEKifAwFHliEkAAhCAQFsI IAltKSn8hAAEIFA5ASShcsQkAAEIQKAtBJCEtpQUfkIAAhConACSUDliEoAABCDQFgJIQltKCj8h AAEIVE4ASagcMQlAAAIQaAsBJKEtJYWfEIAABCongCRUjpgEIAABCLSFAJLQlpLCTwhAAAKVE0AS KkdMAhCAAATaQgBJaEtJ4ScEIACBygkgCZUjJgEIQAACbSGAJLSlpPATAhCAQOUEkITKEZMABCAA gbYQQBLaUlL4CQEIQKByAkhC5YhJAAIQgEBbCCAJbSkp/IQABCBQOQEkoXLEJAABCECgLQSQhLaU FH5CAAIQqJwAklA5YhKAAAQg0BYCSEJbSgo/IQABCFROAEmoHDEJQAACEGgLASShLSWFnxCAAAQq J4AkVI6YBCAAAQi0hQCS0JaSwk8IQAAClRNAEipHTAIQgAAE2kIASWhLSeEnBCAAgcoJIAmVIyYB CEAAAm0hgCS0paTwEwIQgEDlBJCEyhGTAAQgAIG2EIiShCtXrowePXrEiBGbN2/OzZiCxXzCppTi 9u3b58+fb6amT5++bt268+fP5zpAAAhAAAIQ6I1AlCQ89dRTV69ejUng8OHDMcHCYU6ePDlz5szl y5fv37/fQh47dmzDhg0TJ06UMBRPAgsQgAAEIJAmkC8Jelvfs2dPJLsvv/wyMmSnYNKDOXPmnDt3 zgWQBjzwwAPTpk2z8BKGlStXFkyF6BCAAAQg0LUk7N69W2/r8eDUoLvAasc/Dn4WLlyYNqvxIumB 65GMGjVKBs6ePfvBBx8cPXpUIiGbLsrWrVvlWLxXhIQABCAAgRgCoV6CXsaXLFkSY8XCqO12f8+d O/e+4GfChAlpyy+//LLpwaFDh2TAwii8tMFUgY5CV+VCYAhAAAIxBLIlQS/7ms7Vy3iMCT+MRvzd P++9995u46qLYCk+++yzU6ZMSVt4/fXX3ZdSDjoK3RImPAQgAIEwgaQkqF3W/O3UqVOtcd+2bVsk RH9u2X/Bj4x+4MABm8TOHFaSnTFjxqxYscIZ3Lt3b6RlgkEAAhCAQAyBpCTs2LFD87cupqZ2NZq/ bNmyGEMKc+nSJRfSnw2OjKtgH330kUXPHFZyv86ePdv9ET/pHe8DISEAAQgMM4HsgSNN7W7atOnI kSNdvex/8cUXDqUGnXpgansOwtFvv/12M17KmtceXCUKBCAAgYEkkJSEkSNHSgzOnDmzevVqjdJ0 lefjx4+78JoG0EC/ZoDVuNteM+0703pWDUx1smm7EMaPHx9I11epb775pisPCQwBCEAAAgECSUnQ MFEPYuASsDZd61a1VElzxTYh4X7V95MnT86dFh43blxkmZ06dSoyJMEgAAEIQCCXQP5WtVwTLoDt SPDDa1JBy0Zt5ah+0gSy1CJ9moV/UoU/NBSZOsEgAAEIQKA4gdIk4fTp0+aNpiJ27dp1+fJlbVPQ ZgJ99LfGo/S9C7NmzZp9+/b53n/11Vfxmelt+jrePiEhAAEIDCeB0iThlltuUW9Ai5T00XjR4sWL /akI/a3xKO0+M1V4/PHHA/MK4cLodpJjOIuWXEMAAhDolkBpkrBgwQL1BnT+hD6dlpBq2vnFF190 LmoESRsRunXXhe9ZS3pLjlgQgAAEhoRAaZIQycvfg+bvNbvtttsiLSiYP2sdH4uQEIAABCAQJtBv SdCYj802X7t2zZzzOxa25Y3CgwAEIACBfhLotyTE5O3ixYsxwRTmrrvuigxJMAhAAAIQyCVQpiRo Haq2E/c80G+9h+vXrwf89ncsa047N4cEgAAEIACBSALlSIJ2FWiXsg7LmzVrlk5JCqet+WcX4NZb b/VD2tiR7YLOtOMPK3V13kYkEYJBAAIQGFoC5UiCWnNbXXrw4MEATYmH3Zim23L8kHaenfY5B7oa djqevwNuaMuPjEMAAhAokUA5kiCHtBHBuaUG3d+KnPD1pZdesm/mzZvn/6p/mq506mrIst2psHTp 0hJBYAoCEIAABEqThEcffdRoLlq0KPM1X6cbWYO+du3axPYFLUYyXdm4cWPmCRl2mZrEI6EolCUE IAABCBQkUJokaFjfLrfRvgGde+rPA7ubeezaTu1wfvrpp9OuP//8866joI1sGlbyD8hT/0A27WS9 LVu2sIe5YNkTHQIQgECCQGmSILtq0O30IamCpponTZqkdlxHZI8dO9Zu5lGj/9Zbb2U26Ppy586d zkV3QN7o0aOdBamI6YG0x/oTlCgEIAABCJRFoExJUIOuMy00ImTOaSZZ7bi/2VhzwrqMIfNeZRdL B2PoKjebVJAwJCzIvroIZeUfOxCAAAQgYATKlAQZlSqsX79eSqCG2z+vVH/r1V5tvTQjd8BHY1CS Dd357K8pchZkWfYpPwhAAAIQqILAiG+//bYKuwNmU7suDJT+vnjtXwcsg8WzM+7WP86sS9qLPnXa n/z53/5R8SQGycJ/Xfuf47t+/Zuv/iMzU9SxNJZOFUwhL1y4MG3mn85ZNXmQakjBvPzn1f/+5z2/ +fW/f1/B/EYsYLzkXkLBbBAdAhCAAARqJIAk1AifpCEAAQg0iwCS0KzywBsIQAACNRJAEmqET9IQ gAAEmkUASWhWeeANBCAAgRoJIAk1widpCEAAAs0igCQ0qzzwBgIQgECNBJCEGuGTNAQgAIFmEUAS mlUeeAMBCECgRgJIQo3wSRoCEIBAswggCc0qD7yBAAQgUCMBJKFG+CQNAQhAoFkEkIRmlQfeQAAC EKiRAJJQI3yShgAEINAsAkhCs8oDbyAAAQjUSABJqBE+SUMAAhBoFgEkoVnlgTcQgAAEaiSAJNQI n6QhAAEINIsAktCs8sAbCEAAAjUSQBJqhE/SEIAABJpFAEloVnngDQQgAIEaCSAJNcInaQhAAALN IoAkNKs88AYCEIBAjQSQhBrhkzQEIACBZhFAEppVHngDAQhAoEYCSEKN8EkaAhCAQLMIIAnNKg+8 gQAEIFAjASShRvgkDQEIQKBZBJCEZpUH3kAAAhCokQCSUCN8koYABCDQLAJIQrPKA28gAAEI1EgA SagRPklDAAIQaBYBJKFZ5YE3EIAABGokgCTUCJ+kIQABCDSLAJLQrPLAGwhAAAI1EkASaoRP0hCA AASaRQBJaFZ54A0EIACBGgkgCTXCJ2kIQAACzSKAJDSrPPAGAhCAQI0EkIQa4ZM0BCAAgWYRQBKa VR54AwEIQKBGAkhCjfBJGgIQgECzCCAJzSoPvIEABCBQIwEkoUb4JA0BCECgWQSQhGaVB95AAAIQ qJEAklAjfJKGAAQg0CwCSEKzygNvIAABCNRIAEmoET5JQwACEGgWASShWeWBNxCAAARqJIAk1Aif pCEAAQg0iwCS0KzywBsIQAACNRJAEmqET9IQgAAEmkUASWhWeeANBCAAgRoJIAk1widpCEAAAs0i gCQ0qzzwBgIQgECNBJCEGuGTNAQgAIFmEUASmlUeeAMBCECgRgJIQo3wSRoCEIBAswggCc0qD7yB AAQgUCMBJKFG+CQNAQhAoFkEkIRmlQfeQAACEKiRAJJQI3yShgAEINAsAkhCs8oDbyAAAQjUSABJ qBE+SUMAAhBoFgEkoVnlgTcQgAAEaiSAJNQIn6QhAAEINIsAktCs8sAbCEAAAjUSQBJqhE/SEIAA BJpFAEloVnngDQQgAIEaCSAJNcInaQhAAALNIoAkNKs88AYCEIBAjQSQhBrhkzQEIACBZhFAEppV HngDAQhAoEYCSEKN8EkaAhCAQLMIIAnNKg+8gQAEIFAjASShRvgkDQEIQKBZBJCEZpUH3kAAAhCo kQCSUCN8koYABCDQLAJIQrPKA28gAAEI1EgASagRPklDAAIQaBYBJKFZ5YE3EIAABGokgCTUCJ+k IQABCDSLAJLQrPLAGwhAAAI1EkASaoRP0hCAAASaRQBJaFZ54A0EIACBGgkgCTXCJ2kIQAACzSKA JDSrPPAGAhCAQI0EkIQa4ZM0BCAAgWYRQBKaVR54AwEIQKBGAkhCjfBJGgIQgECzCCAJzSoPvIEA BCBQIwEkoUb4JA0BCECgWQSQhGaVB95AAAIQqJEAklAjfJKGAAQg0CwCSEKzygNvIAABCNRIAEmo ET5JQwACEGgWASShWeWBNxCAAARqJBAlCVeuXBk9evSIESM2b94c46vCb9++ff78+YriPtOnT1+3 bt358+djoitMcQuRCREMAhCAAASMQJQkPPXUU1evXo2kdvLkyZkzZy5fvnz//v0W5dixYxs2bJg4 caKEIddOcQu5SRAAAhCAAATSBPIlQe/7e/bsiWSn1nzOnDnnzp1z4aUBDzzwwLRp0yy6hGHlypUB a8UtRLpKMAhAAAIQSBDIkYTdu3frfT+SmkZ7pAeuPzFq1KiPP/747NmzH3zwwdGjRyUS0gZnZ+vW rTKbabO4hUhXCQYBCEAAAt31EvQ6v2TJknhqL7/8sunBoUOH7rvvPos7YcIEaYOpQqeOQnEL8d4S EgIQgAAEonoJGr3RhLBe5+N56QXfwj/77LNTpkxJx3399dfdl1KOdEehuIV4bwkJAQhAAAL5vQS1 y5oBnjp1qiaEXeht27bFgDtw4IBNQS9cuDAzypgxY1asWOF+2rt3byJMcQsxfhIGAhCAAAQ6EUjO JezYsUMzwC60Joc1H7Bs2bIYfB999JELpslkDRN1ijJ79mz3U3rKuriFGD8JAwEIQAACsZLgwmly eNOmTUeOHPHnA8IQbc+BRpwCIW+//Xb79fDhw37I4hYoZghAAAIQKEIg2UsYOXKkxODMmTOrV6/W OE+8aduFMH78+EAsX2O++eYbP2RxC/HeEhICEIAABNIEkpKgYaJuxSBhdNy4cZGgT506lRmyuIVI BwgGAQhAAAI+gfytajG8/JMq/KGhmLguTHEL8WkREgIQgAAEMgmUIwlfffVVPF9/M7PFKm4h3gFC QgACEIBAhZLQFdyupigyLRe30JXDBIYABCAwJATK6SV0BUtbH7oKnw5c3EJBB4gOAQhAYCAJlCMJ t912Wzwd2wTnRyluId4BQkIAAhCAQIUDR/7etEuXLvXAuriFHhIlCgQgAAEI+ATK6SX4Fi9evBiJ +K677soMWdxCpAMEgwAEIACBSiTBTjm9fv16ALG/Y/mWW27xQxa3QNFCAAIQgEARAqX1Emzk5/jx 4wGH/GGlxGkZxS0UAUFcCEAAAhAoTRLsPDudSxFYEWRn21mfwMqguAWKEwIQgAAEihAoTRLmzZun w/KcKzpONdMnbVG2OxWWLl2aCFPcQhEQxIUABCAAgdIkQdvHFi9e7IBu3LhRl/Ck4dplahIPCUAi QHELFCcEIAABCBQhUJokyInnn3/edRR0l44uYfbvTVP/YP78+XbW6ZYtWzJ3IBe3UIQFcSEAAQgM OYEyJUGt/M6dOx1QqYLubR49erSUQDco6DYe0wNdrGb9iXRHoaCFIS9Osg8BCECgCIEyJUF+LFiw QBex2aSChEFK4G9XXrt2rboIAY+LWyiCg7gQgAAEhplAyZIglFpaqht4dGOzv6ZIp5+qc3Du3Ln1 69fn4i5uITcJAkAAAhCAQJrAiG+//RYuuQRGjPgelP6+eO1fc6MMW4Bxt/5xZl3SXvSp0/7kz//2 j4YNSDi//3Xtf47v+vVvvvqPzGDUsTSWThVMIS9cuDBt5p/OWTWZOmYE/vPqf//znt/8+t+/r2B+ IxYAVX4vgVKBAAQgAIGWEkASWlpwuA0BCECgfAJIQvlMsQgBCECgpQSQhJYWHG5DAAIQKJ8AklA+ UyxCAAIQaCkBJKGlBYfbEIAABMongCSUzxSLEIAABFpKAEloacHhNgQgAIHyCSAJ5TPFIgQgAIGW EkASWlpwuA0BCECgfAJIQvlMsQgBCECgpQSQhJYWHG5DAAIQKJ8AklA+UyxCAAIQaCkBJKGlBYfb EIAABMongCSUzxSLEIAABFpKAEloacHhNgQgAIHyCSAJ5TPFIgQgAIGWEkASWlpwuA0BCECgfAJI QvlMsQgBCECgpQSQhJYWHG5DAAIQKJ8AklA+UyxCAAIQaCkBJKGlBYfbEIAABMongCSUzxSLEIAA BFpKAEloacHhNgQgAIHyCSAJ5TPFIgQgAIGWEkASWlpwuA0BCECgfAJIQvlMsQgBCECgpQSQhJYW HG5DAAIQKJ8AklA+UyxCAAIQaCkBJKGlBYfbEIAABMongCSUzxSLEIAABFpKAEloacHhNgQgAIHy CSAJ5TPFIgQgAIGWEkASWlpwuA0BCECgfAJIQvlMsQgBCECgpQSQhJYWHG5DAAIQKJ8AklA+UyxC AAIQaCkBJKGlBYfbEIAABMongCSUzxSLEIAABFpKAEloacHhNgQgAIHyCSAJ5TPFIgQgAIGWEkAS WlpwuA0BCECgfAJIQvlMsQgBCECgpQSQhJYWHG5DAAIQKJ8AklA+UyxCAAIQaCkBJKGlBYfbEIAA BMongCSUzxSLEIAABFpKAEloacHhNgQgAIHyCSAJ5TPFIgQgAIGWEkASWlpwuA0BCECgfAJIQvlM sQgBCECgpQSQhJYWHG5DAAIQKJ8AklA+UyxCAAIQaCkBJKGlBYfbEIAABMongCSUzxSLEIAABFpK AEloacHhNgQgAIHyCSAJ5TPFIgQgAIGWEkASWlpwuA0BCECgfAJIQvlMsQgBCECgpQSQhJYWHG5D AAIQKJ8AklA+UyxCAAIQaCkBJKGlBYfbEIAABMongCSUzxSLEIAABFpKAEloacHhNgQgAIHyCSAJ 5TPFIgQgAIGWEkASWlpwuA0BCECgfAJIQvlMsQgBCECgpQSQhJYWHG5DAAIQKJ8AklA+UyxCAAIQ aCkBJKGlBYfbEIAABMongCSUzxSLEIAABFpKAEloacHhNgQgAIHyCSAJ5TPFIgQgAIGWEkASWlpw uA0BCECgfAJIQvlMsQgBCECgpQSQhJYWHG5DAAIQKJ8AklA+UyxCAAIQaCkBJKGlBYfbEIAABMon gCSUzxSLEIAABFpKAEloacHhNgQgAIHyCSAJ5TPFIgQgAIGWEkASWlpwuA0BCECgfAJIQvlMsQgB CECgpQSQhJYWHG5DAAIQKJ8AklA+UyxCAAIQaCkBJKGlBYfbEIAABMongCSUzxSLEIAABFpKAElo acHhNgQgAIHyCSAJ5TPFIgQgAIGWEkASWlpwuA0BCECgfAJIQvlMsQgBCECgpQSQhJYWHG5DAAIQ KJ8AklA+UyxCAAIQaCkBJKGlBYfbEIAABMongCSUzxSLEIAABFpKAEloacHhNgQgAIHyCSAJ5TPF IgQgAIGWEkASWlpwuA0BCECgfALlS8L8+fNHRHwULJCb3bt3L168ePTo0c7SpEmTVq5cefjw4fIB YBECEIAABP4/gfIlYf/+/UXwXrlyRWqxZMmSPXv2XL161Zk6d+7c1q1bZ82apZ8UoIh94kIAAhCA QCcCJUvCyZMni7B2emCiMmrUqAd++zGb+glVKEKYuBCAAAQCBEqWhNOnT7vE1Jp/HPxs2rQp7dZj jz127Ngx9/22bdu+/vrrD377uXz58tq1a933CvDzn/+cQoUABCAAgdIJlCwJX3zxhXNxxowZ9wU/ U6ZMSWRm37591j/YtWvXsmXLLMCYMWPWr19vKqJBpILdkdI5YhACEIDAABAoWRKOHz/uoMydO7db Oq+88oqLopEizS2no69evXratGnu++3bt3drn/AQgAAEIBAmULIk2Gv+vffe2xX68+fPW9ylS5d2 ivv3f//37ictSerKPoEhAAEIQCCXQJmSoGbd0rvjjjty0/YDfPbZZ/bPefPmdYqr8Sj3kxYjsSa1 K8IEhgAEIJBLoExJ+Jd/+ReX3sSJEzX6n5u2H+DixYsxcSdMmGCxPv30066SIDAEIAABCIQJlCkJ p06dcondf//9mitet26dv21t+vTp+sbvSfieHTx40P1Tu9LCHtua1OvXr1O6EIAABCBQIoEyJcGa da0IevDBBzds2OBvW9PiUX2jDoSEIZABvx8QzqdNZZeIA1MQgAAEhplAmZLgzwc4phIAt9dM2xSM soQhfZrF2bNnXYDx48cPc3mQdwhAAAI1EihNEjQiZOdPKD/aQ6BTKNTQu71m2nSmrQZSCJdV9R4S fQUFjqRwzz33RIYkGAQgAAEIdEWgNElQquoNuH0D2rasPQSJISBtNThy5IhtLFBfobclQyNHjuwq hwSGAAQgAIFYAt/293PixAnzbMWKFZa4fanuRdgjO9lCCtQ332NpEg4CEIBAUwnENJhl9hJiOOgc C+so+NvNbEwp10gts8oxKAkDAQhAoMkEcltXBei3JCjJRx55xHnmzz3Y2tMLFy7E+E0YCEAAAhAo nUANkhDOQ6eNC+lYzDOXXhswCAEIDDmBMiVBrblmjOPbdB+9HZOXe0OO7XVgnnnI6y7ZhwAESidQ miRo5EfzAbr4TDdihr20oSF/s8K4ceNcLLsvIdOIrzfdnqxXOjsMQgACEBgwAqVJgk0aa8Na+E3/ ww8/dBB17oXRtPPs9I0Ow+hE2d8Np+sYBqwwyA4EIACBegmUJgkPPfSQy4kmjQ8cONApV1plZLvS LIoCaxODHV5kFyekjTz33HPuSy1grRccqUMAAhAYPAKlSYJOtLaBII0dZd56pi9tWEm9isQ9OXZN gmYLMq9D2Lx5s8nJo48+OniFQY4gAAEI1EygxFW0OrLCMiN50D9947pL2Z880J61dNLWUZAd7VnT lcsujH/3susilOg2piAAAQhAwBEYof+XKErqBOgYVF8Y3CSBfySq/im1yLxKU7PH6j34+xWcSPjR FUCHJnV7H0OJecQUBCAAgUElULIkCJNuRf7Zz37mN+s+O61Keuutt7SHuRNQqcKiRYs6rTuSQrz+ +uvowaBWR/IFAQjUS6B8SVB+tOLozTfffPvtt+3tXkqgt3vNJ2d2DtIINJewd+9erU1y0uKir1q1 ilVG9VYXUocABAabQCWSMNjIyB0EIACBQSVQ2oqjQQVEviAAAQgMDwEkYXjKmpxCAAIQyCGAJFBF IAABCEDgOwJIAlUBAhCAAASQBOoABCAAAQj8kAC9BGoEBCAAAQjQS6AOQAACEIAAvQTqAAQgAAEI ZBJg4IiKAQEIQAACDBxRByAAAQhAgIEj6gAEIAABCDBwRB2AAAQgAIEQAeYSqB8QgAAEIMBcAnUA AhCAAASYS6AOQAACEIAAcwnUAQhAAAIQYC6BOgABCEAAAhEEmF6OgEQQCEAAAsNBAElofTnPnz9/ xIgR+m/rc1JNBs6fP79u3brp06eLkvuI1fbt23VDeDUJtt7q4cOHV65c6RObNGmSvtm3b1/r89av DLinUp/Nmzf3K82S0vmWT5sJbNu2zVWEBx54oM35qMr3TZs2dXpQRo0apV+rSriddk+cOKGKFGha pk2bpjDtzFz/vLanUiRbV8du6h8nUiqbgB5Oe3qRhDTdFStW+K2bmjNR0n/9LxWm7GJpqz1VJ8lk LjGFQRUCZew/lUhCWx+GNvqdeICRhEQhvvfee9a6SQbOnTtnAfS3/y68a9euNlaA0n2eOHGiEdO7 7eXLly0J/e33t6QK/q+le9Jeg8LiY0QS2luULfNcrViid48kJIrQnkzpQWb7Zd0FhWxZ8Vfgrj/W 0Ukj/VrXuvGQCphlmEx0TJGE/mAf6lTUui1atCg92osk+NXC7yJ8/PHHmTXGD8NIiAlkuCJZ7wod TVcqk0x/cLJ12smKo5Km6ftiRutkJk+evGfPHpeaXkkSI+N98aIFibz77rvOS/G57777Mj2eOXOm fX/jxo0W5KpKF48dO+bML126NJDOX//1X7tfNfhWpTvts33y5EktypLfGlWzJ7R92bjpJiShNaWm pYHLly+/evWqq3bq6W/ZsmXMmDGtyUAfHZ09e7bTy/vvv79TspcuXeqjR41OSs2ZXv9dD+D2228P +HrnnXc2Oif1Offkk0+6Z1NP5YQJE+pzpGjKSEJRgv2Pr8ZO73TLli3rf9JtSXHx4sV6Mo8ePbp+ /fpOPu/fv99+uuOOO9qStSr8nDJlyge//WgwpFOnyqX76aefVuFA221q44vrZunZVN1rdXaQhDYV nyqcOuxtfw1pAnF1uTZu3Og8EVU6W5GF8sYbb7iQjFgaMe3g27Bhg/6p+ZXnn38+kmRjgyEJjS2a pGN6fUMMCpaWdizrAdaY76xZs1w3X03bADzGBbFERhc6m3LQOElkrMEOphr1+OOPuzy+9dZbA/Bu gSQMdo0ld98RULdApwuMHTv2wQcf3Lp1q/UPNFoyAI9xH4rZb/s0lbVw4cI+JNr8JB577DH3bqGV RRp/a77DuR4iCbmICDAIBNKTyW7jwvXr1wchexXnQXqgQ3tc26fPzp070VFx0PlFbkZKM/OrV6+u uBD6ZB5J6BNokqmXwMWLF6UBtq5GzmhWRt0FfamlvfX61vDUnR7YkNHatWsXLFjQcJ/74J6Waa1Z s0YJqc+kEd0+pNifJJCE/nAmlZoJ6CXu7Nmztq5Gu4rsPB8t7d29e3fN/jU1+YQeaCo+sIirqZko 3y9hefjhh63P1OpVpwk6SEL51QWLzSeglYKHDh0yVdCEM2dlp0tNL8LaGmn9A+nBIL0OF6mlTz31 lNusN3h9JiShSMUgbosJaDLQGjiNkh84cKDFmanAda0vmjNnjs0foAfGWCONbn+ylqs9/fTTFbCv 0ySSUCd90q6XwLx588wBTTbU60yjUtfEqZZmmR5onI3+gRXQ22+/7f5W/0lr2OxqJv8PC6z5Bvu+ UUXcyRkkoRXFhJOVEPCXzRw8eLCSNFpoVMNobuJUH42t6XzAtu/IbWEh1OYyklAbehKuiIBmBdSE aZHM6NGj4++GHKQZwiJgpQe2b0MDI5pxYX1REZ6ti4sktK7IcDiHgN79NdSrBeMa97AjUTPj6Fpm +34w9hkVrBwJPdACLbCkkbrDoMIfi+Ufjl2wdPoTHUnoD2dS6SsBu1JCq0sDS4leeuklc8ufV+ir r41JTGe3+fu6dWgg+9EaUzj9cwRJ6B9rUuobgVWrVrm01FHQesHMdKUW1gJqC9uQDxzZ2W1iJUFl MrlvdbVpCY1Q96dpPuFPPAGNmNuWevVn4yMOfEhNJ9hNJmrjdFalNfrqN+zYscOfQdXSkSGXhEmT JtmtOJpPvuWWW3JriE4UpxvRiZJWGbmfNHDUsrMu8sbE+L3RBOziQy7aTJSTbiRNHOCsf4pS4kut qOGWzfRV3rl6oACdbjBt9APTL+cMIBdtxtQlwkCgcgJ6gVW3SZtLLSV1BdSjsr24+l4KoX8yg7p3 797Ky4MEWkKAuYSWFBRudk9AqqADeTQeImHwOwf6W3tx9ZIrzRjy8SIH9dq1a93TJcZgEmAuYTDL lVxBAAIQ6IEAvYQeoBEFAhCAwGASQBIGs1zJFQQgAIEeCCAJPUAjCgQgAIHBJIAkDGa5kisIQAAC PRBAEnqARhQIQAACg0kASRjMciVXEIAABHoggCT0AI0oEIAABAaTAJIwmOVKriAAAQj0QABJ6AEa USAAAQgMJgEkYTDLlVxBAAIQ6IEAktADNKJAAAIQGEwCSMJgliu5ggAEINADASShB2hEgQAEIDCY BP4vdykVcTLT2ogAAAAASUVORK5CYIJQSwMEFAAGAAgAAAAhAJJ9h+AdBwAASSAAABoAAABjbGlw Ym9hcmQvdGhlbWUvdGhlbWUxLnhtbOxZS28bNxC+F+h/WOy9sWS9YiNyYMly3MQvREqKHCmJ2mXM XS5Iyo5uRXLqpUCBtOihAXrroSgaoAEa9NIfY8BBm/6IDrkvUqLiB1wgKGwBxu7sN8PhzOzM7PDO 3WcR9Y4xF4TFbb96q+J7OB6xMYmDtv9osP3Zbd8TEsVjRFmM2/4MC//uxqef3EHrI0qSIUN8PAhx hD0QFIt11PZDKZP1lRUxAjISt1iCY3g2YTxCEm55sDLm6AQWiOjKaqXSXIkQif0NkCiVoB6Ff7EU ijCivK/EYC9GEax+MJmQEdbY8VFVIcRMdCn3jhFt+yBzzE4G+Jn0PYqEhAdtv6L//JWNOytoPWOi cgmvwbet/zK+jGF8tKrX5MGwWLReb9Sbm4V8DaByEddr9Zq9ZiFPA9BoBDtNdbFltla79QxrgNJL h+yt1latauEN+bUFnTcb6mfhNSiVX1/Ab293wYoWXoNSfGMB3+isdbZs+RqU4psL+FZlc6vesuRr UEhJfLSArjSatW6+2wIyYXTHCV9r1Ldbq5nwEgXRUESXWmLCYrks1iL0lPFtACggRZLEnpwleIJG EJNdRMmQE2+XBCEEXoJiJoBcWa1sV2rwX/3q+kp7FK1jZHArvUATsUBS+nhixEki2/59kOobkLO3 b0+fvzl9/vvpixenz3/N1taiLL4dFAcm3/ufvvnn1Zfe37/9+P7lt+nS83hh4t/98tW7P/78kHjY cWmKs+9ev3vz+uz7r//6+aVD+iZHQxM+IBEW3j4+8R6yCDbo0B8P+eU4BiEiJsdmHAgUI7WKQ35P hhZ6f4YocuA62LbjYw6pxgW8N31qKdwP+VQSh8QHYWQB9xijHcadVnig1jLMPJjGgXtxPjVxDxE6 dq3dRbHl5d40gRxLXCK7IbbUPKQolijAMZaeesaOMHbs7gkhll33yIgzwSbSe0K8DiJOkwzI0Iqm kmmHROCXmUtB8Ldlm73HXodR16638LGNhHcDUYfyA0wtM95DU4kil8gBiqhp8F0kQ5eS/Rkfmbie kODpAFPm9cZYCBfPAYf9Gk5/AGnG7fY9OotsJJfkyCVzFzFmIrfYUTdEUeLC9kkcmtjPxRGEKPIO mXTB95j9hqh78AOKl7r7McGWu8/PBo8gw5oqlQGinky5w5f3MLPitz+jE4RdqWaTR1aK3eTEGR2d aWCF9i7GFJ2gMcbeo88dGnRYYtm8VPp+CFllB7sC6z6yY1Xdx1hgTzc3i3lylwgrZPs4YEv02ZvN JZ4ZiiPEl0neB6+bNu9BqYtcAXBAR0cmcJ9Avwfx4jTKgQAZRnAvlXoYIquAqXvhjtcZt/x3kXcM 3sunlhoXeC+BB1+aBxK7yfNB2wwQtRYoA2aAoMtwpVtgsdxfsqjiqtmmTr6J/dKWboDuyGp6IhKf 2wHN9T6N/673gQ7j7IdXjpftevodt2ArWV2y01mWTHbm+ptluPmupsv4mHz8Tc0WmsaHGOrIYsa6 6Wluehr/f9/TLHufbzqZZf3GTSfjQ4dx08lkw5Xr6WTK5gX6GjXwSAc9euwTLZ36TAilfTmjeFfo wY+A75nxNhAVn55u4mIKmIRwqcocLGDhAo40j8eZ/ILIsB+iBKZDVV8JCUQmOhBewgQMjTTZKVvh 6TTaY+N02FmtqsFmWlkFkiW90ijoMKiSKbrZKgd4hXitbaAHrbkCivcyShiL2UrUHEq0cqIykh7r gtEcSuidXYsWaw4tbivxuasWtADVCq/AB7cHn+ltv1EHFmCCeRw052Plp9TVuXe1M6/T08uMaUUA NNh5BJSeXlO6Lt2e2l0aahfwtKWEEW62EtoyusETIXwGZ9GpqBdR47K+XitdaqmnTKHXg9Aq1Wjd /pAWV/U18M3nBhqbmYLG3knbb9YaEDIjlLT9CQyN4TJKIHaE+uZCNIDjlpHk6Qt/lcyScCG3kAhT g+ukk2aDiEjMPUqitq+2X7iBxjqHaN2qq5AQPlrl1iCtfGzKgdNtJ+PJBI+k6XaDoiyd3kKGT3OF 86lmvzpYcbIpuLsfjk+8IZ3yhwhCrNGqKgOOiYCzg2pqzTGBw7AikZXxN1eYsrRrnkbpGErpiCYh yiqKmcxTuE7lhTr6rrCBcZftGQxqmCQrhMNAFVjTqFY1LapGqsPSqns+k7KckTTLmmllFVU13VnM WiEvA3O2vFqRN7TKTQw5zazwaeqeT7lrea6b6xOKKgEGL+znqLoXKAiGauVilmpK48U0rHJ2RrVr R77Bc1S7SJEwsn4zFztnt6JGOJcD4pUqP/DNRy2QJnlfqS3tOtjeQ4k3DKptHw6XYTj4DK7geNoH 2qqirSoaXMGZM5SL9KC47WcXOQWep5QCU8sptRxTzyn1nNLIKY2c0swpTd/TJ6pwiq8OU30vPzCF GpYdsGa9hX36v/EvAAAA//8DAFBLAwQUAAYACAAAACEAU1KJYdIAAACrAQAAKgAAAGNsaXBib2Fy ZC9kcmF3aW5ncy9fcmVscy9kcmF3aW5nMS54bWwucmVsc6yQwUoEMQyG74LvUHK3mdmDiGxnLyLs VdYHCG2mU5ympa3ivr3VvTiw4MVLIAn58vHvD59xVR9cakhiYNQDKBabXBBv4PX0fPcAqjYSR2sS NnDmCofp9mb/wiu1flSXkKvqFKkGltbyI2K1C0eqOmWWvplTidR6Wzxmsm/kGXfDcI/lNwOmDVMd nYFydDtQp3Pun/9mp3kOlp+SfY8s7coLbN2LO5CK52ZA68vkUkfdXQGva4z/qRFij2CjEdkFwp/5 qLP4bw3cRDx9AQAA//8DAFBLAQItABQABgAIAAAAIQA0Ev94FAEAAFACAAATAAAAAAAAAAAAAAAA AAAAAABbQ29udGVudF9UeXBlc10ueG1sUEsBAi0AFAAGAAgAAAAhAK0wP/HBAAAAMgEAAAsAAAAA AAAAAAAAAAAARQEAAF9yZWxzLy5yZWxzUEsBAi0AFAAGAAgAAAAhAPXSuQ4UBwAAnDUAAB8AAAAA AAAAAAAAAAAALwIAAGNsaXBib2FyZC9kcmF3aW5ncy9kcmF3aW5nMS54bWxQSwECLQAKAAAAAAAA ACEAoEk4Ix9aAAAfWgAAGgAAAAAAAAAAAAAAAACACQAAY2xpcGJvYXJkL21lZGlhL2ltYWdlMS5w bmdQSwECLQAUAAYACAAAACEAkn2H4B0HAABJIAAAGgAAAAAAAAAAAAAAAADXYwAAY2xpcGJvYXJk L3RoZW1lL3RoZW1lMS54bWxQSwECLQAUAAYACAAAACEAU1KJYdIAAACrAQAAKgAAAAAAAAAAAAAA AAAsawAAY2xpcGJvYXJkL2RyYXdpbmdzL19yZWxzL2RyYXdpbmcxLnhtbC5yZWxzUEsFBgAAAAAG AAYArwEAAEZsAAAAAA== ">

Ultrasol®ine K Plus

Ultrasol®ine K Plus

<v:shape id="TextBox_x0020_219" o:spid="_x0000_s1032" type="#_x0000_t202" style='position:absolute;left:4017;top:37576;width:21024;height:7067; rotation:-90;visibility:visible;mso-wrap-style:square;v-text-anchor:top' o:gfxdata="UEsDBBQABgAIAAAAIQDb4fbL7gAAAIUBAAATAAAAW0NvbnRlbnRfVHlwZXNdLnhtbHyQz07DMAyH 70i8Q+QralM4IITa7kDhCAiNB7ASt43WOlEcyvb2pNu4IODoPz9/n1xv9vOkForiPDdwXVagiI23 jocG3rdPxR0oScgWJ8/UwIEENu3lRb09BBKV0ywNjCmFe63FjDSjlD4Q50nv44wpl3HQAc0OB9I3 VXWrjedEnIq03oC27qjHjympx31un0wiTQLq4bS4shrAECZnMGVTvbD9QSnOhDInjzsyuiBXWQP0 r4R18jfgnHvJr4nOknrFmJ5xzhraRtHWf3Kkpfz/yGo5S+H73hkquyhdjr3R8m2lj09svwAAAP// AwBQSwMEFAAGAAgAAAAhAFr0LFu/AAAAFQEAAAsAAABfcmVscy8ucmVsc2zPwWrDMAwG4Ptg72B0 X5TuUMaI01uh19I+gLGVxCy2jGSy9e1nemrHjpL4P0nD4SetZiPRyNnCruvBUPYcYp4tXC/Htw8w Wl0ObuVMFm6kcBhfX4Yzra62kC6xqGlKVgtLreUTUf1CyWnHhXKbTCzJ1VbKjMX5LzcTvvf9HuXR gPHJNKdgQU5hB+ZyK23zHztFL6w81c5zQp6m6P9TMfB3PtPWFCczVQtB9N4U2rp2HOA44NMz4y8A AAD//wMAUEsDBBQABgAIAAAAIQCIVOq6xAAAANsAAAAPAAAAZHJzL2Rvd25yZXYueG1sRI9Ba8JA FITvhf6H5RV6q5saYiW6Shso5CRRC72+Zp/Z0OzbkF017a93BcHjMDPfMMv1aDtxosG3jhW8ThIQ xLXTLTcKvvafL3MQPiBr7ByTgj/ysF49Piwx1+7MWzrtQiMihH2OCkwIfS6lrw1Z9BPXE0fv4AaL IcqhkXrAc4TbTk6TZCYtthwXDPZUGKp/d0erwP10/x/FG2/a+rvMTGaqar6vlHp+Gt8XIAKN4R6+ tUutIE3h+iX+ALm6AAAA//8DAFBLAQItABQABgAIAAAAIQDb4fbL7gAAAIUBAAATAAAAAAAAAAAA AAAAAAAAAABbQ29udGVudF9UeXBlc10ueG1sUEsBAi0AFAAGAAgAAAAhAFr0LFu/AAAAFQEAAAsA AAAAAAAAAAAAAAAAHwEAAF9yZWxzLy5yZWxzUEsBAi0AFAAGAAgAAAAhAIhU6rrEAAAA2wAAAA8A AAAAAAAAAAAAAAAABwIAAGRycy9kb3ducmV2LnhtbFBLBQYAAAAAAwADALcAAAD4AgAAAAA= " fillcolor="#e2efd9 [665]" stroked="f">

Control

Control

+9%

+12%

Fruit yield (MT/ha)



Figure 3. Fruit diameter was improved in the sector where Ultrasol®ine K Plus was applied (measured on the first fruit of the bunch during fruit growth, on an average of 10 fruits per sector with standard errors).

Figure 4. Thicker roots, with more lateral roots developed, in the greenhouse where Ultrasol®ine K Plus was applied.

 

The original publication is available at https://doi.org/10.17660/ActaHortic.2021.1321.27

 

Related articles