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Herbicides

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Herbicides: 2 4-D, Alachlor, Atrazine, Bayer, Buctril, Copper, Dupont, Glyphosate, Peak, Simazine Tordon

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Ivory Coast and Ghana May Seek to Boost Cocoa Prices

The world’s two biggest cocoa growers, Ivory Coast and Ghana, are planning to suspend exporters’ sustainability programs in a bid to exert more control over prices. Regulators in Ivory Coast and Ghana, which produce more than 60% of the world’s cocoa, decided in a meeting in Accra last week to suspend programs allowing buyers to verify if cocoa is grown sustainably, according to two people familiar with the matter. They asked not to be named because they are not authorized to speak publicly. This would make it more difficult for traders to access markets that seek guarantees that the key chocolate ingredient hasn’t been grown in protected forests or using child labor. The West African nations used a similar move last year as leverage to get more companies to pay the Living-Income Differential, a higher-price paid to ensure cocoa farmers earn more money for their labor. They backed off days later after more buyers committed to paying an extra $400 a ton for their beans. This time, they

Farmer Helpline Service in Ghana: Dial 0500000996

Farmer Helpline Service in Ghana: Dial 0500000996 October 31, 2016 FOR IMMEDIATE RELEASE Accra, Ghana - Delivering vital, actionable information to smallholder and commercial farmers in Ghana is essential to improving farm productivity, generating revenue and improving livelihoods especially in rural farming communities. Agriculture in Ghana is increasingly becoming more knowledge-intensive, thus having access to timely, accurate information that is tailored to specific locations and conditions is critical in helping farmers make the most of their resources in often changing circumstances. Despite significant advances in technology, farmers in Ghana remain vulnerable to climate variation, poor financial information, drought, poor harvests, weed infestations, and virulent pests. Farming techniques remain outdated, marketing costs too high, and incomes unacceptably low. In a market-oriented drive, SyeComp , a social impact Remote Sensing and digital technology for agriculture c

Ghana: Groundnut

Groundnut Summary Fact Sheet Production Average National output (2015-2020) 488,300 MT SRID, 2020 Contribution of Northern Regions 85% Annual National Total Production (2019 and 2020) 563,000 MT (2019) 565,000 MT (2020) ( Source: MoFA, 2020 ) Total Area under Cultivation (2019 and 2020) 337,000 Ha (2019) 337,000 Ha (2020) SRID, 2020 Cropping cycle One cropping cycle (Guinea Savannah and Sudan savannah) Two cropping cycles (Forest Zone) Planting Time April (Guinea Savannah: One Season ) May (Sudan Savannah: One Season ) April and September (Forest Areas: Two Seasons ) Plant when rains have settled Planting Distance 40 cm x 20 cm 50 cm x 20 cm ( Recommended ) Density (Plant Population per Ha) 125,000 Plants (40 cm x 20 cm) 100,000 Plants (50cm x 20cm) Type(s) of Fertilizer used for Production Inorganic Fertilizer: ( NPK 12-30-17 + 0.4 Zn, NPK 15:15:15) Organic Fertilizer: ( Cow dung, Poultry manure and Compost) Fertilizer Application Rate per Ha Inorganic Fert

Ghana: Rice

Rice Summary Fact Sheet Production National Output (2020 to 2022) Paddy ('000 ) 957 (2020) 1,109 (2021} 1,190 (2022) Milled ('000) 603 (2020) 698 (2021) 750 (2022) Total Area Under Rice Cultivation in Ghana (2019 and 2021) 282,000 Ha (2019) 291,000 Ha (2020) 308,000 Ha (2021) SRID,2021 Cropping Cycle Three cycles under Irrigation Two cycles in Forest, Transition and Coastal Savannah One Cycle in Guinea Savannah Planting Time Major Season Early March – End of April: Forest, Transition and Coastal Savannah Zones End of May-End of June: Guinea Savanna Minor Season August – September: Forest, Transition and Coastal Savannah zones Density (Plant Population per Ha) 30 cm x 1.5 cm (222,222) 30 cm x 20 cm (250,000) 20 cm x 10 cm (500,000) Type(s) of Fertiliser Used for Production NPK 15-20-20+0.7Zn: Forest-Savannah Transition and Guinea Savannah NPK 11-22-21+5S+0.7Zn+0.5B: Guinea Savannah and Forest transition All Agro-Ecologies NPK 25-10-10+6S+3MgO+0.3Zn - NPK 20-

5 Ways to Improve Soil Fertility on African Farms

As the foundation of any successful agricultural operation, it is important for African farmers to prioritize soil health. Healthy soil leads to healthier crops, which can in turn lead to higher yields and increased profits. Here are five ways that African farmers can improve the fertility of their soil: Practice crop rotation: By planting different crops in a specific order, farmers can help to prevent soil nutrient depletion and improve soil structure. Use organic fertilizers: Natural fertilizers such as compost and manure can help to replenish soil nutrients and improve soil structure. Reduce tillage: Excessive tillage can lead to soil erosion and degradation. By minimizing tillage, farmers can help to preserve soil structure and fertility. Irrigate wisely: Proper irrigation techniques can help to conserve water and prevent soil erosion. Plant cover crops: Cover crops can help to reduce soil erosion, improve soil structure, and increase soil fertility. By implementing these strategi

Millet: Weeds, Pests and Diseases

Proper weed management Millet has a rather slow early growth and does not rapidly develop a dense canopy cover, which can help to smoother weeds. This makes the crop sensitive to competition by other plants during this time. Weed competition in early growth results in yield loss. Thus weed control prior to planting and until the crop has fully established is important. When the millet plants have produced enough biomass, they compete well with late-emerging weeds, when grown in dense stands. Weed control options in organic millet production Conventional farmers rely on the use of herbicides for weed control, when the need arises. Smallholder farmers strive for optimizing non-chemical preventive and direct measures to control weeds. Note: the use of herbicides is not allowed in certified organic agriculture. Preventive measures Preventive measures include i) using clean, weed-free seeds, ii) associating millet with crop(s) with good weed suppressing qualities, iii) choosing appropriate

Mango: Weeds, Pests and Diseases

Pest and Disease Management In farming systems, preventive methods based on proper crop and habitat management are encouraged. Direct methods of control are reserved for emergencies only. Note: synthetic insecticides and fungicides are not allowed in organic mango production. The most destructive mango pests are the mango seed weevil and the mango fruit fly, common nearly in all mango producing areas. Mango seed weevil (Sternochetus mangiferae) Mango seed weevil, also called the mango stone weevil, is one of the major pests of mangoes in sub-Saharan Africa. The larva, which is the damaging stage of the pest, enters the fruit by burrowing through the flesh into the seeds, where it feeds until pupation, destroying the seed. Early attack (when the fruit is forming) leads to premature fruit fall. If the attacks occur at a later stage, fruit infestation is very difficult to detect, since there are no external signs of infestation. When the adult emerges, it tunnels through the flesh, leavin

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