Crop Production and it's management Powerpoint Presentation for class - 8 by aman
Crop Production and it's management Powerpoint Presentation for class - 8 by aman
Crop Production and it's management Powerpoint Presentation for class - 8 by aman
Crop Production and it's management Powerpoint Presentation for class - 8 by aman
Crop Production and it's management Powerpoint Presentation for class - 8 by aman
Crop Production and it's management Powerpoint Presentation for class - 8 by aman
Crop Production and it's management Powerpoint Presentation for class - 8 by aman
Crop Production and it's management Powerpoint Presentation for class - 8 by aman
Crop Production and it's management Powerpoint Presentation for class - 8 by aman
Crop Production and it's management Powerpoint Presentation for class - 8 by aman
Crop Production and it's management Powerpoint Presentation for class - 8 by aman
Crop Production and it's management Powerpoint Presentation for class - 8 by aman
Crop Production and it's management Powerpoint Presentation for class - 8 by aman
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Crop Production and it's management Powerpoint Presentation for class - 8 by aman
Crop Production and it's management Powerpoint Presentation for class - 8 by aman
The document outlines the key steps in crop production, including: 1) preparing the soil by breaking up large crumbs into smaller particles, 2) sowing seeds by broadcasting them by hand, 3) adding manures and fertilizers to provide nutrients for plant growth, 4) irrigating plants through watering to support growth, 5) weeding to remove unwanted plants from the field, and 6) harvesting and storing the crops. Preparation of the soil, sowing seeds, providing nutrients, watering plants, weed removal, and harvesting/storage are the major stages in crop production.
Topic: Crop production and management
The science that deals with the cultivation of plants and rearing of animals for human use is called agriculture.
For 8th Standard
1) Crop management involves growing plants and animals for food, clothing, and other products, with crops referring to plants of the same kind grown on a large scale.
2) Agricultural practices are a series of activities performed by farmers in a particular sequence over time for crop growth, including ploughing, leveling, applying fertilizers, seed selection and sowing, irrigation, weeding, harvesting, and storage.
3) Ploughing involves loosening and turning the soil, which aerates it and helps mix fertilizers while allowing roots to breathe and bringing nutrients to the top.
This document defines and provides examples of different types of crops. It explains that crops are plants that are harvested, and major crops include sugarcane, wheat, rice and cotton. Food crops are plants intentionally grown to be eaten by humans or animals, requiring intentional planting and primary use as food. Cash crops are agricultural crops grown for sale to return a profit. Industrial crops are grown to produce goods for use in production rather than for consumption, and are aimed at reducing imports and boosting rural economic development.
Food provides nutrients like carbohydrates, proteins, fats, vitamins and minerals that are essential for life. It provides energy for metabolic activities, supports growth and development, and aids tissue repair. Key food sources include cereals, pulses, oilseeds, fruits and vegetables. Common crops include wheat, rice, maize, bajra, pigeon pea, urad, lentils, soybean, groundnut, and fruits/vegetables. Sustainable agriculture practices involve crop rotation, mixed cropping and intercropping to maintain soil fertility and prevent pest/disease outbreaks. Proper cultivation techniques including soil preparation, sowing, irrigation, fertilizing, weeding and harvesting are needed to produce crops.
i. Soil preparation involves tilling the soil to loosen and aerate it for plant roots to penetrate deeply. Traditional tools like ploughs and hoes are used for tilling.
ii. Sowing seeds properly at the right depth and spacing is important for optimal plant growth. Traditional and modern seed drills are used to sow seeds uniformly.
iii. Manure and fertilizers are added to replenish soil nutrients removed by continuous cropping, improving soil health and fertility for better crop yields.
This one is the ppt on basic agricultural info.....about crops, about the techniques used
1) Preparation of soil
2) Sowing
3) Adding Manure and Fertilisers
4) Irrigation
5) Protecting from weeds
6) Harvesting
7) Storage,
and short point on animal husbandary
actually its specially for students of class 9 or 10 as it is one of the imp. project they have to make in school.
hope u like this........
Crop Production And Management | Class- 8 | PPTMS Premiate
Crop production involves growing crops through various agricultural practices. There are two main types of crops - kharif crops grown during the monsoon season and harvested in September-October, and rabi crops grown in winter and harvested in April-May. Key steps in crop production include soil preparation through tilling and plowing, sowing seeds, adding fertilizers, protecting from weeds, harvesting, threshing, and storage. Proper crop and soil management helps maximize agricultural yield.
The document outlines the key steps in crop production, including: 1) preparing the soil by breaking up large crumbs into smaller particles, 2) sowing seeds by broadcasting them by hand, 3) adding manures and fertilizers to provide nutrients for plant growth, 4) irrigating plants through watering to support growth, 5) weeding to remove unwanted plants from the field, and 6) harvesting and storing the crops. Preparation of the soil, sowing seeds, providing nutrients, watering plants, weed removal, and harvesting/storage are the major stages in crop production.
Topic: Crop production and management
The science that deals with the cultivation of plants and rearing of animals for human use is called agriculture.
For 8th Standard
1) Crop management involves growing plants and animals for food, clothing, and other products, with crops referring to plants of the same kind grown on a large scale.
2) Agricultural practices are a series of activities performed by farmers in a particular sequence over time for crop growth, including ploughing, leveling, applying fertilizers, seed selection and sowing, irrigation, weeding, harvesting, and storage.
3) Ploughing involves loosening and turning the soil, which aerates it and helps mix fertilizers while allowing roots to breathe and bringing nutrients to the top.
This document defines and provides examples of different types of crops. It explains that crops are plants that are harvested, and major crops include sugarcane, wheat, rice and cotton. Food crops are plants intentionally grown to be eaten by humans or animals, requiring intentional planting and primary use as food. Cash crops are agricultural crops grown for sale to return a profit. Industrial crops are grown to produce goods for use in production rather than for consumption, and are aimed at reducing imports and boosting rural economic development.
Food provides nutrients like carbohydrates, proteins, fats, vitamins and minerals that are essential for life. It provides energy for metabolic activities, supports growth and development, and aids tissue repair. Key food sources include cereals, pulses, oilseeds, fruits and vegetables. Common crops include wheat, rice, maize, bajra, pigeon pea, urad, lentils, soybean, groundnut, and fruits/vegetables. Sustainable agriculture practices involve crop rotation, mixed cropping and intercropping to maintain soil fertility and prevent pest/disease outbreaks. Proper cultivation techniques including soil preparation, sowing, irrigation, fertilizing, weeding and harvesting are needed to produce crops.
i. Soil preparation involves tilling the soil to loosen and aerate it for plant roots to penetrate deeply. Traditional tools like ploughs and hoes are used for tilling.
ii. Sowing seeds properly at the right depth and spacing is important for optimal plant growth. Traditional and modern seed drills are used to sow seeds uniformly.
iii. Manure and fertilizers are added to replenish soil nutrients removed by continuous cropping, improving soil health and fertility for better crop yields.
This one is the ppt on basic agricultural info.....about crops, about the techniques used
1) Preparation of soil
2) Sowing
3) Adding Manure and Fertilisers
4) Irrigation
5) Protecting from weeds
6) Harvesting
7) Storage,
and short point on animal husbandary
actually its specially for students of class 9 or 10 as it is one of the imp. project they have to make in school.
hope u like this........
Crop Production And Management | Class- 8 | PPTMS Premiate
Crop production involves growing crops through various agricultural practices. There are two main types of crops - kharif crops grown during the monsoon season and harvested in September-October, and rabi crops grown in winter and harvested in April-May. Key steps in crop production include soil preparation through tilling and plowing, sowing seeds, adding fertilizers, protecting from weeds, harvesting, threshing, and storage. Proper crop and soil management helps maximize agricultural yield.
Crop production involves growing plants for food, clothing, and other products. Important steps include soil preparation, selecting and sowing seeds, irrigation, weeding, crop protection, harvesting, threshing, and storage. Seeds are selected by testing their ability to float in water. Sowing can be done manually or with a seed drill, which distributes seeds evenly and at the right depth. Irrigation provides water to crops through traditional methods like canals or modern methods like sprinklers and drip irrigation. Weeding removes undesirable weeds, while crop protection safeguards crops from pests and diseases. Harvesting cuts and gathers crops, and threshing separates grains from plant matter. Crop rotation grows different crops in sequence to replen
This document outlines the key concepts and course details for an agronomy course on crop production. It discusses the course objectives of acquiring crop production skills and applying agronomic practices to improve yields. It also covers the basic practices of crop production, including soil preparation, sowing seeds, adding manure and fertilizers, irrigation, weed control, harvesting, and storage. The document provides examples and details for each step of crop production.
The document discusses oilseed crops intercropping in India. It provides background on major oilseed crops grown in the country like soybean, groundnut, mustard, sesame, etc. Intercropping systems studied include castor-based, groundnut-based, and sesame-based intercrops. The advantages of intercropping include yield stability, efficient resource use, and higher total productivity per unit land area. Research findings show castor-groundnut and castor-clusterbean intercropping systems providing higher castor equivalent yields, land equivalent ratios, and economic returns compared to sole castor.
The document discusses various methods of fertilizer application including broadcasting, placement methods like plough sole placement and deep placement, localized placement techniques like drilling and side dressing, and foliar, fertigation, and aerial application. It emphasizes the importance of applying fertilizers based on soil testing and type to ensure their efficient use by plants and minimize losses.
This document provides information about wheat production in India. It discusses that wheat is the most widely grown cereal grain in the world. In India, wheat is commonly grown in the alluvial soils of the Gangetic plains and black cotton soils of central India. Optimal growing conditions include temperatures between 20-25°C during growth and dry, warm weather during harvesting. Common wheat varieties grown in India include T. aestivum and T. durum. The document outlines best practices for soil preparation, planting, irrigation, fertilizer application, weed control and harvesting of wheat crops in India.
Seed are the propagators of plant species and ensure future crop growth. There are various types of seeds classified based on their quality and intended use. The highest quality seeds are Breeder or Nucleus seeds, which are directly controlled by plant breeders. Foundation, Registered and Certified seeds are progressively lower in quality but suitable for commercial crop production. Seed quality is determined by testing for characteristics like viability, purity, and freedom from pests. Proper production and storage help maintain high seed quality over time.
Cultivation of food-giving plants on a large scale to meet the needs of a growing population is called crop production and management. There are two main types of crops - kharif crops grown during the rainy season like rice and maize, and rabi crops grown during winter like wheat and gram. Agricultural practices involve preparing soil through ploughing, sowing seeds, applying manure and fertilizers, irrigating, removing weeds, harvesting, and storing crops. Proper crop management is needed to protect farmers and ensure food security for India's large population.
The document discusses the basic practices of crop production, including:
1) Preparation of soil by ploughing, watering, and leveling.
2) Sowing seeds after soil preparation.
3) Adding manure and fertilizers like urea, ammonium sulfate, and NPK for healthy plant growth.
4) Irrigating crops according to their needs and soil/seasonal conditions.
5) Protecting crops from weeds by weeding or using weedicides.
Role of Vegetables in Human Nutrition and National EconomyPriyambadaPradhan8
This document provides an overview of vegetable production technology and classification. It discusses that vegetables are herbaceous plants used for food, and can be classified botanically or by plant part used, such as roots, stems, leaves, bulbs or fruits. Vegetables are also classified by growing season as warm or cool season. They can be long day, short day or day neutral based on photoperiod. The document outlines the importance of vegetables for human nutrition as a source of vitamins, minerals, proteins, carbohydrates and fibers. It notes recommendations for average vegetable consumption and discusses vegetables' roles in disease prevention and the economy.
This document discusses crop production and management techniques. It explains that manure and fertilizers are added to soil to provide nutrients for plant growth. Some examples of fertilizers include urea and ammonium sulfate, while examples of manure include cattle dung and plant residue. The document then discusses various irrigation methods like traditional well irrigation as well as modern techniques like sprinkler and drip irrigation. It also covers weed control, harvesting, threshing, winnowing, grain storage, and animal husbandry.
The document discusses different methods for preparing soil for planting crops. It describes various tillage techniques like plowing, rotavating, and digging that can loosen and aerate the soil. Single digging and double digging techniques are explained for turning over soil layers. While tillage can improve soil conditions, it can also reduce organic matter and harm soil organisms. The main purposes of land preparation are to put the soil in optimal physical condition for plant growth and development.
This document discusses various propagation methods for fruit plants including sexual propagation, asexual propagation through stem cuttings, layering, grafting, and budding. It describes different types of cuttings like hardwood, semi-hardwood, and softwood cuttings and layering methods like simple layering, stooling/mound layering, tip layering, air layering, and serpentine layering. Grafting techniques discussed include whip grafting, tongue grafting, cleft grafting, bark grafting, inarching, softwood grafting, veneer grafting, bridge grafting, and epicotyl grafting. The document also covers strategies for disease-free plants through meristem
Seed treatment involves subjecting seeds to compounds, processes, or energy to enhance planting value. Historically, seeds were steeped in substances like milk, cow dung, and honey according to Indian scripts. Modern seed treatment effectively controls many seed-borne diseases. Methods include coating seeds with chemicals, pelleting seeds with pesticides and nutrients, and priming seeds by soaking in osmotic solutions. This stimulates germination without radicle emergence. Seed treatment offers local application, reduced rates, protection from sowing, and systemic uptake by plants. Major crops are often treated with fungicides, biocontrol agents like Trichoderma, or insecticides to control various diseases and pests.
Nursery bed preparation and raising different vegetable cropssabin bhattarai
This document discusses nursery bed preparation and raising different vegetable crops. It defines a nursery as an area used to raise and nurture seedlings until they are ready to be sold or transplanted. The document outlines different types of nurseries and considerations for selecting a nursery site, including location, soil type, and drainage. It describes three methods for preparing nursery beds: sunken beds, which are below ground level to conserve water; raised beds, which are 15 cm high for drainage; and level beds for non-rainy seasons, with provisions for drainage. Precautions during bed preparation include providing sufficient nutrition, fertile soil, drainage, and insect protection.
crop production and management power point production sajeevnv
This document provides information about crop production. It begins by defining crop production as dealing with growing crops for food and fiber. It then lists the main categories of crops as food crops, cash crops, plantation crops, and horticulture crops. Examples are given for each category. The document also discusses the key methods of crop production, including soil preparation, sowing, adding manure/fertilizers, irrigation, weed protection, harvesting, and storage. Details are provided about each step in the crop production process.
VERY ATTRACTIVE PRESENTATION CONTAINING THE FOLLOWING SLIDES: Agriculture, Crops, , Agricultural practices, Irrigation, Water logging, Weeding, Storage, Mixed Cultivation and Crop Rotation, NItrogen Fixation, Nitrogen Cycle, Animal Husbandary and many more
Check out our new PowerPoint presentation on " Crop Production and Management " | Introduction to Crop Production and Management by softcare solution. We know these things in our daily life. Let’s them understand some concept about Is Crop Production and Management. At the end of this video, you will be able to understand the following points on Crop Production and Management:
*******************************************************************
1. Rabi crops.
2. Kharif Crops.
3. Agricultural Process and their steps.
4. Protection from weeds.
5. Harvestings concept.
*******************************************************************
NCERT solutions for Class 8th Science.
****************************************************
We cover Complete Syllabus of All subjects
****************************************************
Our Study channel : For Business Enquiry - amitpandey.hrd@gmail.com
Like Our Facebook page - https://www.facebook.com/softcaresolution
Follow us on twitter - @amitpandeyhrd
Our website : - www.nirsoftcaresolution.com/
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Agriculture is the science, which mainly deals with the diverse processes or the methods used for the cultivating different varieties of plants and livestock farming or animal husbandry on the basis of human requirements.
Crop production involves growing plants for food, clothing, and other products. Important steps include soil preparation, selecting and sowing seeds, irrigation, weeding, crop protection, harvesting, threshing, and storage. Seeds are selected by testing their ability to float in water. Sowing can be done manually or with a seed drill, which distributes seeds evenly and at the right depth. Irrigation provides water to crops through traditional methods like canals or modern methods like sprinklers and drip irrigation. Weeding removes undesirable weeds, while crop protection safeguards crops from pests and diseases. Harvesting cuts and gathers crops, and threshing separates grains from plant matter. Crop rotation grows different crops in sequence to replen
This document outlines the key concepts and course details for an agronomy course on crop production. It discusses the course objectives of acquiring crop production skills and applying agronomic practices to improve yields. It also covers the basic practices of crop production, including soil preparation, sowing seeds, adding manure and fertilizers, irrigation, weed control, harvesting, and storage. The document provides examples and details for each step of crop production.
The document discusses oilseed crops intercropping in India. It provides background on major oilseed crops grown in the country like soybean, groundnut, mustard, sesame, etc. Intercropping systems studied include castor-based, groundnut-based, and sesame-based intercrops. The advantages of intercropping include yield stability, efficient resource use, and higher total productivity per unit land area. Research findings show castor-groundnut and castor-clusterbean intercropping systems providing higher castor equivalent yields, land equivalent ratios, and economic returns compared to sole castor.
The document discusses various methods of fertilizer application including broadcasting, placement methods like plough sole placement and deep placement, localized placement techniques like drilling and side dressing, and foliar, fertigation, and aerial application. It emphasizes the importance of applying fertilizers based on soil testing and type to ensure their efficient use by plants and minimize losses.
This document provides information about wheat production in India. It discusses that wheat is the most widely grown cereal grain in the world. In India, wheat is commonly grown in the alluvial soils of the Gangetic plains and black cotton soils of central India. Optimal growing conditions include temperatures between 20-25°C during growth and dry, warm weather during harvesting. Common wheat varieties grown in India include T. aestivum and T. durum. The document outlines best practices for soil preparation, planting, irrigation, fertilizer application, weed control and harvesting of wheat crops in India.
Seed are the propagators of plant species and ensure future crop growth. There are various types of seeds classified based on their quality and intended use. The highest quality seeds are Breeder or Nucleus seeds, which are directly controlled by plant breeders. Foundation, Registered and Certified seeds are progressively lower in quality but suitable for commercial crop production. Seed quality is determined by testing for characteristics like viability, purity, and freedom from pests. Proper production and storage help maintain high seed quality over time.
Cultivation of food-giving plants on a large scale to meet the needs of a growing population is called crop production and management. There are two main types of crops - kharif crops grown during the rainy season like rice and maize, and rabi crops grown during winter like wheat and gram. Agricultural practices involve preparing soil through ploughing, sowing seeds, applying manure and fertilizers, irrigating, removing weeds, harvesting, and storing crops. Proper crop management is needed to protect farmers and ensure food security for India's large population.
The document discusses the basic practices of crop production, including:
1) Preparation of soil by ploughing, watering, and leveling.
2) Sowing seeds after soil preparation.
3) Adding manure and fertilizers like urea, ammonium sulfate, and NPK for healthy plant growth.
4) Irrigating crops according to their needs and soil/seasonal conditions.
5) Protecting crops from weeds by weeding or using weedicides.
Role of Vegetables in Human Nutrition and National EconomyPriyambadaPradhan8
This document provides an overview of vegetable production technology and classification. It discusses that vegetables are herbaceous plants used for food, and can be classified botanically or by plant part used, such as roots, stems, leaves, bulbs or fruits. Vegetables are also classified by growing season as warm or cool season. They can be long day, short day or day neutral based on photoperiod. The document outlines the importance of vegetables for human nutrition as a source of vitamins, minerals, proteins, carbohydrates and fibers. It notes recommendations for average vegetable consumption and discusses vegetables' roles in disease prevention and the economy.
This document discusses crop production and management techniques. It explains that manure and fertilizers are added to soil to provide nutrients for plant growth. Some examples of fertilizers include urea and ammonium sulfate, while examples of manure include cattle dung and plant residue. The document then discusses various irrigation methods like traditional well irrigation as well as modern techniques like sprinkler and drip irrigation. It also covers weed control, harvesting, threshing, winnowing, grain storage, and animal husbandry.
The document discusses different methods for preparing soil for planting crops. It describes various tillage techniques like plowing, rotavating, and digging that can loosen and aerate the soil. Single digging and double digging techniques are explained for turning over soil layers. While tillage can improve soil conditions, it can also reduce organic matter and harm soil organisms. The main purposes of land preparation are to put the soil in optimal physical condition for plant growth and development.
This document discusses various propagation methods for fruit plants including sexual propagation, asexual propagation through stem cuttings, layering, grafting, and budding. It describes different types of cuttings like hardwood, semi-hardwood, and softwood cuttings and layering methods like simple layering, stooling/mound layering, tip layering, air layering, and serpentine layering. Grafting techniques discussed include whip grafting, tongue grafting, cleft grafting, bark grafting, inarching, softwood grafting, veneer grafting, bridge grafting, and epicotyl grafting. The document also covers strategies for disease-free plants through meristem
Seed treatment involves subjecting seeds to compounds, processes, or energy to enhance planting value. Historically, seeds were steeped in substances like milk, cow dung, and honey according to Indian scripts. Modern seed treatment effectively controls many seed-borne diseases. Methods include coating seeds with chemicals, pelleting seeds with pesticides and nutrients, and priming seeds by soaking in osmotic solutions. This stimulates germination without radicle emergence. Seed treatment offers local application, reduced rates, protection from sowing, and systemic uptake by plants. Major crops are often treated with fungicides, biocontrol agents like Trichoderma, or insecticides to control various diseases and pests.
Nursery bed preparation and raising different vegetable cropssabin bhattarai
This document discusses nursery bed preparation and raising different vegetable crops. It defines a nursery as an area used to raise and nurture seedlings until they are ready to be sold or transplanted. The document outlines different types of nurseries and considerations for selecting a nursery site, including location, soil type, and drainage. It describes three methods for preparing nursery beds: sunken beds, which are below ground level to conserve water; raised beds, which are 15 cm high for drainage; and level beds for non-rainy seasons, with provisions for drainage. Precautions during bed preparation include providing sufficient nutrition, fertile soil, drainage, and insect protection.
crop production and management power point production sajeevnv
This document provides information about crop production. It begins by defining crop production as dealing with growing crops for food and fiber. It then lists the main categories of crops as food crops, cash crops, plantation crops, and horticulture crops. Examples are given for each category. The document also discusses the key methods of crop production, including soil preparation, sowing, adding manure/fertilizers, irrigation, weed protection, harvesting, and storage. Details are provided about each step in the crop production process.
VERY ATTRACTIVE PRESENTATION CONTAINING THE FOLLOWING SLIDES: Agriculture, Crops, , Agricultural practices, Irrigation, Water logging, Weeding, Storage, Mixed Cultivation and Crop Rotation, NItrogen Fixation, Nitrogen Cycle, Animal Husbandary and many more
Check out our new PowerPoint presentation on " Crop Production and Management " | Introduction to Crop Production and Management by softcare solution. We know these things in our daily life. Let’s them understand some concept about Is Crop Production and Management. At the end of this video, you will be able to understand the following points on Crop Production and Management:
*******************************************************************
1. Rabi crops.
2. Kharif Crops.
3. Agricultural Process and their steps.
4. Protection from weeds.
5. Harvestings concept.
*******************************************************************
NCERT solutions for Class 8th Science.
****************************************************
We cover Complete Syllabus of All subjects
****************************************************
Our Study channel : For Business Enquiry - amitpandey.hrd@gmail.com
Like Our Facebook page - https://www.facebook.com/softcaresolution
Follow us on twitter - @amitpandeyhrd
Our website : - www.nirsoftcaresolution.com/
***************************************************
Thank you for watching. If you liked the video, consider subscribing :)
✴️✔️ Do 𝐒𝐔𝐁𝐒𝐂𝐑𝐈𝐁𝐄 to the channel for more updates and hit that like button!
❤️ https://www.youtube.com/channel/softcaresolution
(Turn on your notification 🔔 to get all updates before anyone!!)
Agriculture is the science, which mainly deals with the diverse processes or the methods used for the cultivating different varieties of plants and livestock farming or animal husbandry on the basis of human requirements.
Traditional agriculture and its modernization questions by Ishita AgarwalIshita Agarwal
Traditional agriculture relied on outdated methods using indigenous knowledge and tools. Modernization introduced high-yielding varieties, fertilizers, pesticides, and irrigation techniques to increase production. Key differences are traditional agriculture used few inputs while modern uses technology and chemicals. Reforms included land reforms, credit access, irrigation expansion, and price supports to boost output and farmer incomes. Technological reforms centered on the Green Revolution while institutional reforms privatized sectors and deregulated rents.
Chapter - 1, Crop Production and Management, Science, Class 8 Shivam Parmar
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Chapter - 1, Crop Production and Management, Science, Class 8
INTRODUCTION
CROP
KHARIF CROPS
RABI CROPS
BASIC PRACTICES OF CROP PRODUCTION
PREPARATION OF SOIL
SOWING AND QUALITY OF SEEDS
TRADITIONAL TOOLS (SOWING)
SEED DRILL (SOWING)
MANURE AND FERTILIZERS
IRRIGATION
TRADITIONAL METHODS OF IRRIGATION (MOAT, RAHAT, CHAIN PUMP & DHEKLI)
MODERN METHODS OF IRRIGATION (SPRINKLER SYSTEM & DRIP SYSTEM)
WEEDS
PROTECTING FROM WEEDS
HARVESTING (MANUAL & BY MACHINE)
THRESHING (MANUAL & BY MACHINE)
WINNOWING
STORAGE
Every topic of this chapter is well written concisely and visuals will help you in understanding and imagining the practicality of all the topics.
By Shivam Parmar (Entrepreneur & Teacher)
The document provides information on various aspects of crop production and management. It discusses preparing the soil, sowing seeds, manuring, irrigation, crop protection, harvesting, and storage. It describes sowing seeds at the right depth and spacing for proper germination. Crop transplantation involves initially growing seedlings in a nursery and then transplanting them to the main field. Manuring involves adding manure, fertilizers, or compost to soil. Irrigation provides water to crops, while crop protection methods prevent damage from pests. Harvesting is when fully grown crops are cut and gathered, while storage preserves and protects the harvested crops.
This document provides an overview of crop production and its management. It discusses key topics such as autotrophs and heterotrophs, different types of crops including Kharif and Rabi crops, and various agricultural practices for growing crops. These practices include soil preparation through ploughing, sowing seeds, adding manures and fertilizers, irrigation, crop protection from weeds and pests, harvesting, and storage. The document also describes differences between fertilizers and manure and the role of leguminous plants in increasing soil nitrogen.
To provide food for a growing population, various agricultural practices are necessary. These practices include preparing the soil, sowing seeds, adding fertilizers, irrigating crops, harvesting mature crops, and storing the harvest. Key activities involve tilling soil, selecting quality seeds, replenishing soil nutrients, supplying water, removing weeds, cutting crops, and protecting stored grains from pests. Proper agricultural management through these practices helps maximize food production.
conservation agriculture ; concept and technology interventiondeepakrai26
Conservation agriculture is an approach to managing agro-ecosystems that focuses on improved productivity, profits, food security, and preservation of resources and the environment. It has three key principles: continuous minimum mechanical soil disturbance, permanent organic soil cover, and crop rotation. Direct seeding or planting with minimum soil disturbance is used to maintain soil cover, as are herbicides for weed control. Permanent soil cover protects the soil and benefits organisms and moisture levels. Crop rotation recycles nutrients and increases biodiversity below ground. Adopting conservation agriculture provides economic benefits through reduced costs and labor needs as well as improved soil structure and moisture over time, leading to agronomic and environmental benefits.
This document provides information on various agricultural practices. It discusses the seven main practices of crop production: soil preparation through ploughing and levelling, sowing seeds, adding manure and fertilizers, irrigation, weed removal, harvesting, and storage. It also describes traditional and modern irrigation methods, the importance of weeding, and the differences between organic manure and chemical fertilizers. The overall document serves as a guide to the basic steps and considerations in crop cultivation.
This document discusses cropping seasons, nutrient management, irrigation methods, and crop protection in Indian agriculture. It outlines three main cropping seasons in India - Kharif from May-October, Rabi from October-April, and Zaid crops grown with irrigation year-round. It also describes the 16 essential plant nutrients, including the primary, secondary, and micronutrients needed for growth. Common irrigation methods like wells, canals, drip and sprinklers are explained along with their advantages and disadvantages. The document concludes with an overview of biotic pests like insects, mites, and weeds that damage crops, as well as abiotic diseases caused by fungi, bacteria and viruses.
Soil conservation involves various management strategies to prevent soil erosion and maintain soil health. These include using cover crops, planting trees, terrace farming, no-till farming, contour plowing, crop rotation, intercropping, managing salinity, and promoting soil organisms. Governments have also implemented policies like the Conservation Reserve Program to encourage best practices. Proper soil conservation is important for sustaining nutrient cycles, water storage and filtration, and the overall basis of life on Earth.
Soil conservation involves various management strategies to prevent soil erosion and maintain soil health. These include using cover crops, planting trees, terrace farming, no-till farming, contour plowing, crop rotation, intercropping, managing salinity, and promoting soil organisms. Governments have also implemented policies like the Conservation Reserve Program to encourage best practices. Proper soil conservation is important for sustaining nutrient cycles, water storage, and the overall basis of life on Earth.
This document defines and explains different types of agriculture. It discusses terrace farming, which uses step-like benches to slow erosion and expand tillable land, and is used for rice in Southeast Asia. Extensive agriculture uses small inputs on low-productivity land, typically for grazing animals. Slash and burn agriculture causes deforestation in the tropics. The document also outlines steps in farming like soil preparation, sowing, fertilizing, irrigating, harvesting, and storing crops. New technologies like GPS and precise fertilizer application are increasing yields to feed a growing population.
This document discusses crop production and management. It describes different types of crops including kharif crops like rice, maize, cotton and groundnuts that are planted in June and harvested in October, and rabi crops like wheat, barley, pea and gram that are planted in November and harvested in April. The key agricultural practices for crop production are described as soil preparation, selection and sowing of seeds, irrigation, weeding, harvesting and storage. Traditional and modern irrigation methods as well as challenges like waterlogging are covered. The document also discusses weeding, use of weedicides and pesticides, harvesting techniques including threshing and winnowing, and strategies to increase crop yields such as crop rotation and mixed cultivation.
India needs to improve its food resources to feed its growing population. Methods used include the Green Revolution which introduced high-yielding crops, and the White Revolution which made milk more available. Crop yields have increased through variety improvement, better production practices like irrigation and fertilizer use, and protection from pests. A variety of crops are grown in different seasons across the country. Animal husbandry also helps meet food needs through practices like cattle farming, poultry, fisheries, and bee keeping.
Agriculture is the backbone of modern Indiapixxy23
Agriculture is considered the backbone of Indian economy. Despite the fact that in the last 6 decades of planned development era since India became a Republic, a tremendous success India has achieved in the field of industries, agriculture and allied activities of agriculture still continues to provide employment to around 65 per cent of the total workforce.
Do not forget agriculture...!!!! because it is the backbone of India...
Without agriculture nothing is possible!!!!
Agriculture is the backbone of modern india !!!!
Irrigation is the process of supplying water to crops artificially to fulfill their water requirements. There are different types of irrigation systems used based on soil, climate, and resources, including surface irrigation, localized irrigation, sprinkler irrigation, drip irrigation, and center pivot irrigation. Irrigation can be carried out through traditional manual methods or modern methods like sprinkler and drip systems, which help ensure even water distribution and compensate for disadvantages of traditional methods. Irrigation is important as it allows for higher crop productivity, multiple cropping per year, stabilization of crop yields, and increased farmer incomes.
The document discusses the key steps in agricultural practices: soil preparation using tools like ploughs and cultivators, sowing seeds, adding manure and fertilizers, irrigation, weeding, harvesting, and storage. Soil preparation is the first and most important step, involving loosening the soil. Sowing involves choosing high quality seeds. Manure and fertilizers are added to provide nutrients. Irrigation uses sources like wells, lakes and rivers. Weeding removes unwanted plants competing with crops. Harvesting cuts mature crops using sickles or combine harvesters. Storage protects crops in structures like silos and granaries.
The document defines and explains different types of agriculture including terrace farming, extensive agriculture, and slash and burn agriculture. Terrace farming uses stepped terraces to farm steep slopes and prevent erosion. Extensive agriculture uses small amounts of labor, fertilizers, and capital relative to land area. Slash and burn agriculture causes deforestation in tropical areas. The document also discusses factors affecting agriculture like growing populations, modern technologies, steps of farming including soil preparation, sowing, fertilizing, irrigating, harvesting, and storing.
This document provides an overview of crop production and management practices in India. It discusses the two main cropping patterns - Kharif crops grown during the rainy season like rice, maize and cotton, and Rabi crops grown during the winter months like wheat, gram and mustard. The basic practices of crop production discussed are soil preparation, sowing, adding manure and fertilizers, irrigation, weed control, harvesting and storage. Traditional and modern tools and techniques used for various activities are also summarized.
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Recycling and Disposal on SWM Raymond Einyu pptxRayLetai1
Increasing urbanization, rural–urban migration, rising standards of living, and rapid development associated with population growth have resulted in increased solid waste generation by industrial, domestic and other activities in Nairobi City. It has been noted in other contexts too that increasing population, changing consumption patterns, economic development, changing income, urbanization and industrialization all contribute to the increased generation of waste.
With the increasing urban population in Kenya, which is estimated to be growing at a rate higher than that of the country’s general population, waste generation and management is already a major challenge. The industrialization and urbanization process in the country, dominated by one major city – Nairobi, which has around four times the population of the next largest urban centre (Mombasa) – has witnessed an exponential increase in the generation of solid waste. It is projected that by 2030, about 50 per cent of the Kenyan population will be urban.
Aim:
A healthy, safe, secure and sustainable solid waste management system fit for a world – class city.
Improve and protect the public health of Nairobi residents and visitors.
Ecological health, diversity and productivity and maximize resource recovery through the participatory approach.
Goals:
Build awareness and capacity for source separation as essential components of sustainable waste management.
Build new environmentally sound infrastructure and systems for safe disposal of residual waste and replacing current dumpsites which should be commissioned.
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The status.
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collection efficiently is at about 50%.
Actors i.e. city authorities, CBO’s , private firms and self-disposal
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• Nairobi is one of the C40 cities in this respect , various actors in the solid waste management space have adopted a variety of technologies to reduce short lived climate pollutants including source separation , recycling , marketing of the recycled products.
• Through the network, it should expect to benefit from expertise of the different actors in the network in terms of applicable technologies and practices in reducing the short-lived climate pollutants.
Good practices:
Despite the dismal collection of solid waste in Nairobi city, there are practices and activities of informal actors (CBOs, CBO-SACCOs and yard shop operators) and other formal industrial actors on solid waste collection, recycling and waste reduction.
Practices and activities of these actor groups are viewed as innovations with the potential to change the way solid waste is handled.
CHALLENGES:
• Resource Allocation.
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2. Crop production is the branch of agriculture that deals with the
production of crops for food and fiber.”
3. What is Crop Production
• Crop production is a common agricultural practice followed by worldwide
farmers to grow and produce crops to use as food and fibre. This practice
includes all the feed sources that are required to maintain and produce
crops. Listed below are few practices used during crop production.
• Preparation of Soil.
• Sowing of Seeds.
• Irrigation.
• Application of manure, pesticides, and fertilizers to the crops.
• Protecting and Harvesting Crops.
• Storage and Preserving the produced Crops.
4. Preparation of Soil
Preparing soil is the first step in agriculture. This aids the soil to be turned and slackened thereby allowing the roots to seep deep into it. One of the important aspects of soil
preparation is the loosening of the soil. This soil loosening enables the microorganisms and earthworms to grow in the soil and hence thrive. This checks for soil enrichment
with humus and several other essential nutrients.
Soil preparation, in turn, includes the following steps:
Ploughing – also known as tilting, is the turning and loosening of soil which is carried out with the help of a plough, cultivators, and hoe. This allows roots to penetrate deep
into the soil, securing the plant firmly. It also enables better aeration to the roots facilitating easy breathing. Also, this step ensures the removal of weeds and other wastes
from the field. The growth of the plant is promoted as it raises the nutrient-rich soil to the top.
Levelling – after ploughing, soil tends to become loose which increases the possibility of rains and strong winds to wash the topsoil away, hence soil needs to be leveled for a
strong foundation. An iron plank or a heavy wooden plank is used as a leveler which also ensures uniform distribution of water during irrigation.
Manuring – The fertility of soil can be increased with the addition of manure to the soil before seeds are sown. In order to properly incorporate manure into the soil,
manuring is done before the ploughing step
6. • Sowing seeds is an essential part of crop production. After the preparation of soil,
the previously selected seeds are scattered in the field. This process is called
sowing. Sowing should be done carefully and evenly. If seeds are not sown
uniformly, overcrowding of crops happens. For sufficient sunlight, water and other
requirements congestion need to be prevented. There are two different methods
of sowing the seeds. Traditionally, sowing is done manually by hands and in some
places, seed drilling machines are used.
• Traditional method or Sowing by hands
• This is the most common and generally practised method by all the farmers. This is
a very simple process, in which seeds are scattered by hands. This process is
called broadcasting, which is the most economical method. Here, seeds are sown
either by hand or by using tools. Sowing of seeds by hand is called broadcasting.
This is common, but a uniform distribution is not maintained.
7. Sowing by seed drilling machines
• This is a modern method used in some part of the world for sowing seeds.
In this method, iron drills or the funnels filled with seeds are connected to a
tractor. As the plough moves, seeds are distributed into the furrow made by
the plough and are covered. This method is more advantageous than the
traditional method. In this method, seeds are distributed evenly at regular
distances and depth. This is profitable in terms of both labour and time.
9. • Water is an essential element for survival. About seventy per cent of the
human body consists of water while plants contain almost 90 per cent of
water. Still, we have to depend on some outside sources to fulfil the water
requirements of our body.
•
• Similarly, crops require water for their growth and development. The process
of supplying water to the crops is known as irrigation.
10. 7 types of Irrigation
SURFACE IRRIGATION
In this system, no irrigation pump is involved. Here, water is distributed across
the land by gravity
LOCALIZED IRRIGATION
In this system, water is applied to each plant through a network of pipes under
low pressure.
11. SPRINKLER IRRIGATION
Water is distributed from a central location by overhead high-pressure
sprinklers or from sprinklers from the moving platform.
DRIP IRRIGATION
In this type, drops of water are delivered near the roots of the plants. This type
of irrigation is rarely used as it requires more maintenance.
12. CENTRE PIVOT IRRIGATION
In this, the water is distributed by a sprinkler system moving in a circular pattern.
SUB IRRIGATION
Water is distributed through a system of pumping stations gates, ditches and canals by raising the water table.
MANUAL IRRIGATION
This a labour intensive and time-consuming system of irrigation. Here, the water is distributed through watering
cans by manual labour.
13. Types of Irrigation
• Irrigation can be carried out by two different methods:
•
• Irrigation can be carried out by two different methods:
• Traditional Methods
• Modern Methods
15. • In this method, irrigation is done manually. Here, a farmer pulls out water from wells or
canals by himself or using cattle and carries to farming fields. This method can vary in
different regions.
•
• The main advantage of this method is that it is cheap. But its efficiency is poor because of
the uneven distribution of water. Also, the chances of water loss are very high.
•
• Some examples of the traditional system are pulley system, lever system, chain pump.
Among these, the pump system is the most common and used widely.
17. • The modern method compensates the disadvantages of
traditional methods and thus helps in the proper way of
water usage.
• The modern method involves two systems:
• Sprinkler system
• Drip system
18. Sprinkler system
• A sprinkler system, as its name suggests, sprinkles water over the crop and
helps in an even distribution of water. This method is much advisable in
areas facing water scarcity.
•
• Here a pump is connected to pipes which generate pressure and water is
sprinkled through nozzles of pipes.
19. Drip System
In the drip system, water supply is done drop by drop exactly at roots using a
hose or pipe. This method can also be used in regions where water availability
is less.
21. What is Manure?
• Manure is obtained from the decomposition of
dead plants and animals. They essentially function as
sustenance to the crops. They help in the proper
cultivation of crops. Addition of manure enables the soil to
hold more water. Organic manures have acids that dissolve
the nutrients with soil and make it available to the plants.
22. Advantages of Manure
• It increases the water-holding capacity of the soil.
• It makes the soil porous and facilitates the exchange of gases.
• The texture of the soil improves.
• The number of microbes increases in the soil.
• The process of adding manures is known as manuring. Manuring should be done at
regular intervals, otherwise, the plants become weak. However, the use of manure
has many drawbacks too. They can be rather difficult to transport and are not
nutrient specific.
23. Fertilizers
• A fertilizer is a chemical substance that contains necessary nutrients such as
nitrogen, potassium, and phosphorous to make the soil fertile. Popular
examples of fertilizers are urea, potash, and ammonium sulphate.
24. Advantages of Fertilizers
• They are quick in providing plant nutrients and restoring soil fertility.
• They are portable and easy to transport.
• Plants easily absorb fertilizers.
• Fertilizers improve and increase the productivity of many crops such as
wheat, maize, and rice.
• However, these are chemicals, and they have the potential to decrease the
fertility of soil if used constantly. Furthermore, it also pollutes water bodies.
26. What are Pesticides?
• Pesticides are chemical substances that are meant to kill pests. In general, a pesticide is a chemical
or a biological agent such as a virus, bacterium, antimicrobial, or disinfectant that deters,
incapacitates, kills, pests.
•
• This use of pesticides is so common that the term pesticide is often treated as synonymous with
plant protection product. It is commonly used to eliminate or control a variety of agricultural
pests that can damage crops and livestock and reduce farm productivity. The most commonly
applied pesticides are insecticides to kill insects, herbicides to kill weeds, rodenticides to kill
rodents, and fungicides to control fungi, mould, and mildew.
•
•
28. Harvesting
• Once the crop is matured or fully ripen, they are cut and gathered (Reaping) which are collectively
called as harvesting. Harvesting depends on many factors like season, crop variety, maturity
period, etc.
•
• Over-irrigation, irregular sunlight can prolong ripening of crop which thus delays the harvesting
time. Early harvesting causes loss of unripened grains while delayed harvesting leads to shedding
off of grains.
•
• Besides this, rodents and even birds eat the grains. Therefore regular examination of the crop is
necessary as harvesting period approaches. The golden yellow colour is the indication of ripened
crops for paddy, rice, and wheat.
29. Storage
• In the case of small-scale cultivation, farmers use the harvested crop for themselves while large-scale production is mainly for marketing. Thus
the cultivators have to store the grains. For this, proper storage space has to be arranged. Inadequate storage space and improper storage
methods can lead to a huge grain loss.
•
• In addition to pest and rodents, microbes like bacteria, fungi, and environmental conditions such as moisture and temperature might attack the
stored grains. Therefore, proper treatment is required before the grains are stored.
•
• Rodent infestations can be prevented by pesticides. A moist environment results in fungal growth on grains. This can be avoided by proper
drying of grains in sunlight.
•
• Another method is fumigation where chemicals are used to prevent bacteria and other microorganisms. After proper treatments, grains have to
be stored in gunny bags or granaries and deposited in godowns.
•
• Thus we see how harvesting and storage of grains form an important part of crop production.
30. About Himachal
Himachal Pradesh describe by the ancients as “DevBhoomi” (Abode of the
Gods), is situated in the heart of the Himalayas in the northern part of India.
It has a geographical area of 55.67 lakh hectrares by professional surveys.
Most of which is under forests, pastures and grazing lands. Less than ten
per cent (5.6 lakh hectares) of the state’s net area is under cultivation. The
state has a large range of mountains and valleys rising from 350 meters to
7000 meters above mean sea level. Its climate ranges from sub-tropical to
sub-arctic cold with an annual rainfall of 350 millimeters to 3800 millimeters.
Its temperatures vary from -25 C to 42 C. The state has snow fed parts. In
addition, there are some natural lakes. The topography, soil, climate, rainfall
and temperature provide the state with wide opportunities and potential for
agriculture and horticulture.
31.
32. Crop production in Himachal Pradesh
• Due to its hilly terrain, the economy of the state is predominantly mixed farming,
agro-pastoral, silvi-pastoral and agro-horticultural. Most of the group based
farming systems, engaging a majority of the farmers are found in the valleys of
Yamuna, Satluj, Beas, Ravi, ChanderaBhaga and their tributaries. Agriculture
accounts for over 30 per cent of the state’s net domestic product and provides
employment to about 71 per cent of its residents. The annual growth rate of the
state during 1999-2000 was 5.8 per cent against India’s 6.4 per cent. Earlier, during
the Eighth Plan the annual growth rate of the state was 6.3 per cent. The state
enjoys the special category status and thus gets special funds from the centre for its
development activities.
33. Main Crops of Agriculture in Himachal
Pradesh:
• Agriculture contributes over 45% to the net state domestic product. It is the main source of income and
employment in Himachal. Over 93% of the population in Himachal depend directly upon agriculture which
provides direct employment to 71% of its people.
•
• The entire population of the state more or less depends directly upon the Agriculture in Himachal Pradesh.
The major portion of the revenue earning in the state’s economy is carried out by the cash crops in
theAgriculture in Himachal Pradesh. The chief food crops cultivated in Agriculture in Himachal Pradesh
include wheat, maize, rice, barley, seed-potato, ginger, vegetables, vegetable seeds, mushrooms, chicory seeds,
hops, olives, and fig. Himachal Pradesh is also known as the ‘Apple State of India’ for its large-scale
production of fruits. Farmers have engaged themselves highly in the fruit cultivation and it is also a great
blessing to the economy of the state. Some very important factors that has led to the outstanding
development in the Agriculture in Himachal Pradesh are an efficient irrigation system, accessibility of low-
cost cargo, and marketing facilities structured in an organized form.
34. • However Agriculture in Himachal Pradesh suffers from certain limitations,
especially in the production of food grains. One of the reasons is that the
area under cultivation cannot be extended to any appreciable extent.
Reclamation of land on slopes of hills for cultivation of food grains is
neither economical nor beneficial. The farmers can profit more by raising
cash crops suited to the agro-climatic conditions. Another reason is that
reclamation of land from the hills increases the menace of soil erosion.
35. Terrace Farming of Agriculture in Himachal
Pradesh
• The main cereals grown are wheat, maize, rice and barley. Kangra, Mandi
district and to some extent Paonta valley of Sirmur district are the major
producers of the 1st three cereals, while barley is mostly grown in Shimla
district. Although the state is deficit in food grains, it has gained
tremendously in other spheres of agricultural production such as seed-
potato, ginger, vegetables, vegetable seeds, mushrooms, chicory seeds, hops,
olives and fig especially vegetables and seed potato which is disease free and
good quality are providing a good source of income to the farmers. Seed-
potato is mostly grown in Shimla, Kulu and Lahaul areas
37. • Fruit cultivation is another field which has proved to be an economic boon to the
farmers. There are vast tracts of land in Himachal suitable only for growing fruits.
Fruit cultivation does not add to the problem of soil erosion and its employment
potential is much more than that of conventional farming. The yield per acre in
terms of money is also much higher. Apples yield the maximum income. Fruit
growing in Himachal is presently fetching over Rs.300 crore annually. Special efforts
are being made to promote cultivation of new crops like olives, figs, hops,
mushrooms, flowers, pistachio nuts, sarda melon and saffron. Himachal has earned
the name of the ‘Apple State of India’.
38. About kerala
• Kerala, known as the “land of coconuts”, derives its name from the
Malayalam word “kera” i.e. Coconut. You can see coconut trees throughout
the backwaters. Nearly 70% of Indian output of coconuts is provided from
Kerala. Most of the Kerala houses have Coconut palm grown for immediate
household needs. Coconut as the main ingredient for making Kerala cuisines
• It is also known as The God’s Own Country
41. Main crops in Kerala
• Majority of the population in Kerala are dependent directly or indirectly on
agriculture for their livelihood. The main crops grown in the state are
Coconut, Paddy, Banana, Mango, Jackfruit, Pepper, Cashew, Areca nut,
Rubber etc… Kerala is an Agrarian economy. Coconut is the most important
crop in Kerala
42. Paddy
• Paddy is the other important crop in Kerala, Alleppey is known as ‘The rice
bowl of Kerala’, Where green paddy fields are spread interlaced with
enchanting backwaters lead us to the unforgettable sights. You can see rice
fields in Kuttanad region between Thottappally and Alleppey, QST & R
Block regions in Kuttanad are wonders of indigenous agriculture engineering
know-hoe of Kerala, Here the cultivation and practiced below sea level
43. Banana
• Banana is one of the common agricultural items in Kerala. Throughout the
country one can taste the different variety of Banana. Banana is a part of the
daily menu of the people of the state. Mango trees and Jackfruit trees are
inevitable components of homesteads of the state. Pepper is commonly
cultivated as a secondary crop interspersed with several other crops.
44. This was all about crop production
And comparison of Himachal Pradesh
And Kerala s agricultural methods
THANK YOU