CROP PRODUCTION Clause Samples
The CROP PRODUCTION clause defines the obligations and standards related to the cultivation, maintenance, and harvesting of crops under an agreement. It typically outlines the required farming practices, quality standards, and timelines that must be followed by the party responsible for crop production. For example, it may specify the use of certain agricultural methods, compliance with environmental regulations, or the delivery of crops meeting agreed-upon specifications. This clause ensures that both parties have a clear understanding of expectations regarding crop output, thereby reducing disputes and promoting consistent quality and supply.
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CROP PRODUCTION. 7.1 Such crops as may be agreed between the parties shall be grown on the Included Land and all Cropping Operations and Harvesting necessary or appropriate for their profitable cultivation shall be carried out in a timely manner in accordance with good farming practice.
7.2 The Produce of the land which is the subject of this Agreement shall after harvesting belong to the Landowner and the Share ▇▇▇▇▇▇ in the proportions stated in TABLE H PART 1 to this Agreement. If and when that Produce is divided that division shall be made so that each party’s portion shall be equal in quality in all respects and so that there shall be equality in the value of each portion pro rata with the said proportions.
7.3 Where the parties have agreed and specified in TABLE H PART 2 how Produce will be stored, marketed or otherwise disposed of the Share ▇▇▇▇▇▇ shall take all necessary steps to comply with the terms agreed as set out in that table and pending its disposal to ensure that harvested but unsold produce is stored appropriately to prevent deterioration.
7.4 If the parties have not agreed and specified terms for the purposes of TABLE H PART 2 and fail to do so within one week from the completion of the harvest of the Produce the provisions of the FIRST SCHEDULE shall apply.
CROP PRODUCTION. Agriculture in Tanzania is dominated by smallholder farmers cultivating an average farm sizes of between 0.9 hectares (ha) and 3.0 ha each. About 70% of Tanzania’s crop area is cultivated by hand hoe, 20% by ox plough and 10% by tractor. It is rainfed agriculture. Food crop production dominates the agriculture economy. 5.1 million ha. are cultivated annually, of which 85% is under food crops. Women constitute the main part of agricultural labour force. The major constraint facing the agriculture sector is the falling labour and land productivity due to application of poor technology, dependence on unreliable and irregular weather conditions. The macro economic reforms have and continue to have had significant impact on the Agriculture sector. The economic reforms have lead to opening up of the sector to private investment in production and processing, input importation and distribution and agricultural marketing. Most of production and processing and marketing functions have been assigned to the private sector. The Government has retained regulatory and public Support functions or facilitation role.
CROP PRODUCTION. 7.1 Such crops as may be agreed between the parties shall be grown on the Included Land and all Cropping Operations and Harvesting necessary or appropriate for their profitable cultivation shall be carried out in a timely manner in accordance with good farming practice.
7.2 The Produce of the land which is the subject of this Agreement shall after harvesting belong to the Landowner and the Share Farmer in the proportions stated in TABLE H PART 1 to this Agreement. If and when that Produce is divided that division shall be made so that each party’s portion shall be equal in quality in all respects and so that there shall be equality in the value of each portion pro rata with the said proportions.
7.3 Where the parties have agreed and specified in TABLE H PART 2 how Produce will be
CROP PRODUCTION. Radiation Induced Mutation has become a major tool for establishing the desired linkages between gene sequence, function and agronomic characters and hence for developing high saturation linkage maps required for marker assisted selection. In addition, molecular techniques will be used to generate fingerprints of mutated germplasm, thereby creating the basis for protection of intellectual property rights. AFRA shall promote the use of some of the nuclear techniques and tools listed below to improve crop production. o Seed irradiation and flow-cytometric services; o Provision of a DNA fingerprinting service for mutated plant germplasm characterization; o Developing methodologies and guidelines (including pilot testing and demonstration); o Develop molecular tools and edit related guidelines and protocols for high-throughput mutant germplasm characterization, based on micro-array technology, transferable to Member States laboratories; o The availability of Mutant Variety Database (MVD), which collects and compiles information from Member States on crop mutant genetic resources; o Updated manual on mutant germplasm characterization using molecular markers, to include Biostatistics, Bioinformatics and high-throughput techniques such as micro-arrays and tilling. o Strengthened capacities in Member States in molecular biology and in vitro methods related to induction, selection and characterization of crop mutants by providing training on induced mutations, in vitro and molecular techniques.
CROP PRODUCTION. 3.1 Biostimulants manufactured from animal by-products:
3.2 Sewage sludge:
CROP PRODUCTION. 3.1 Biostimulants manufactured from animal by-products: