Indeed You alone know Yourself by Your internal potency O Supreme Person Origin of all Lord of all beings God of Gods Lord of the universe The Supersoul You are the Supreme Primal Objective You are the ultimate resting place of the universe You are inexhaustible and You are the oldest You are the maintainer of the eternal religion, the Personality of Godhead Oh master of the senses Oh Primal Lord O Limitless One God of Gods Refuge of the universe You are the invincible source The cause of all causes You are the knower of everything and all that is knowable You are the supreme refuge above the material modes O limitless form This whole cosmic manifestation is pervaded by You O unbounded power You are the master of limitless might You are all-pervading and thus You are everything Omniscient The ancient The Ruler of the whole world Minuter than the atom The supporter of all Of form inconceivable Effulgent like the Sun and Beyond the darkness There is nothing whatsoever higher than you You are the Sapidity in Water The Light in the Moon and the Sun You are the syllable OM in all the Vedas Sound in ether You are the Virility in men You are the sweet fragrance in earth and the brilliance in fire You are the life in all beings The austerity in the austere You are the eternal seed of all beings The intelligence of the intelligent You are the Splendor of the Splendid You are the Strength of the Strong Guest
Agriculture

Potatoes Are So Easy To Grow In Containers! Here Are The Best Tips!

       TIPS:Understanding The Potato Lifecycle: Recognizes The Growth Process From Sprouting 'eyes' To Forming Tubers Underground....
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Potatoes Are So Easy To Grow In Containers! Here Are The Best Tips!
~0.7 mins read
       TIPS:
  • Understanding the Potato Lifecycle: Recognizes the growth process from sprouting 'eyes' to forming tubers underground.
  • Choosing the Right Potato Variety: Emphasizes selecting early, mid-season, or late varieties based on regional climate and growth periods.
  • Prepping Seed Potatoes: Details the 'chitting' process in light and moderate temperatures to encourage sprouts before planting.
  • Potato Planting Time: Specifies ideal planting times based on local frost dates to prevent damage to potatoes.
  • Selecting Containers: Describes suitable containers like grow bags and emphasizes adequate drainage.
  • Planting and Soil Preparation: Guides on soil layering, positioning sprouted potatoes, and ongoing soil coverage to promote growth.
  • Watering and Fertilization: Discusses maintaining moisture through drip lines and using organic fertilizers suited for acidic soil.
  • Sunlight Requirements: Advises on positioning containers to receive at least 6 hours of daily sunlight.
  • Harvesting Potatoes: Differentiates between harvesting times for new and mature potatoes and offers tips for storage.


    • Agriculture Inputs And Measurements: An Overview*

    *Agriculture Inputs And Measurements: An Overview*
    Agriculture Inputs Refer To The Resources And Materials Used In The Production O
    ...
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    Agriculture Inputs And Measurements: An Overview*
    ~2.0 mins read
    *Agriculture Inputs and Measurements: An Overview*

    Agriculture inputs refer to the resources and materials used in the production of crops and livestock. These inputs are essential for farmers to produce high-quality crops and raise healthy animals. Here's an overview of the key concepts:

    *Types of Agriculture Inputs:*

    1. *Land*: The physical space where crops are grown or livestock are raised.
    2. *Seeds*: High-quality seeds suitable for the local climate and soil conditions.
    3. *Fertilizers*: Chemical or organic substances that promote plant growth and soil fertility.
    4. *Pesticides*: Chemicals used to control pests, diseases, and weeds.
    5. *Irrigation*: Water supply systems for crops, including wells, canals, and sprinkler systems.
    6. *Labor*: Human effort required for planting, harvesting, and crop management.
    7. *Capital*: Financial resources for purchasing inputs, equipment, and technology.
    8. *Technology*: Machines, tools, and equipment used for planting, harvesting, and crop management.

    *Agriculture Input Measurements:*

    1. *Yield*: The quantity of crops produced per unit area, usually measured in tons or kilograms per hectare.
    2. *Crop Productivity*: The ratio of crop yield to inputs used, such as seeds, fertilizers, and labor.
    3. *Water Use Efficiency*: The ratio of crop yield to water applied, usually measured in liters or gallons per kilogram of produce.
    4. *Nutrient Use Efficiency*: The ratio of crop yield to nutrient applied, usually measured in kilograms of produce per kilogram of fertilizer.
    5. *Labor Productivity*: The ratio of crop yield to labor hours worked, usually measured in kilograms of produce per labor hour.
    6. *Cost of Production*: The total cost of inputs used to produce a crop or livestock, including labor, capital, and materials.
    7. *Return on Investment (ROI)*: The ratio of profit to investment, usually measured as a percentage.

    *Importance of Agriculture Input Measurements:*

    1. *Improved Resource Allocation*: Accurate measurements help farmers optimize input use and reduce waste.
    2. *Increased Productivity*: Measuring productivity helps farmers identify areas for improvement and implement best practices.
    3. *Enhanced Sustainability*: Measuring water and nutrient use efficiency promotes environmentally friendly practices.
    4. *Better Decision-Making*: Data-driven decision-making enables farmers to respond to market trends and climate change.

    *Challenges in Agriculture Input Measurements:*

    1. *Data Collection*: Gathering accurate and reliable data on inputs and outputs can be time-consuming and labor-intensive.
    2. *Standardization*: Different measurement units and systems can make comparisons and analysis challenging.
    3. *Scalability*: Measuring inputs and outputs at the farm level can be difficult to scale up to larger areas or regions.

    *Conclusion:*

    Agriculture inputs and measurements are crucial for optimizing crop production, reducing waste, and promoting sustainability. By understanding the different types of inputs and measuring their effectiveness, farmers can make informed decisions to improve productivity, reduce costs, and enhance environmental stewardship.

    _The Causes Of Poor Yield In African Agriculture_
    African Agriculture Faces Numerous Challenges That Hinder Its Productivity And Po
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    ~2.1 mins read
    _The Causes of Poor Yield in African Agriculture_

    African agriculture faces numerous challenges that hinder its productivity and potential. Poor yield is a significant issue, affecting food security, economic growth, and rural development. Here are some of the causes of poor yield in African agriculture:

    _Soil Erosion and Degradation_

    1. *Intensive farming practices*: Overuse of land without adequate rest or crop rotation leads to soil depletion.
    2. *Lack of soil conservation*: Inadequate measures to prevent soil erosion, such as terracing or contour farming.
    3. *Poor fertilizer management*: Over or underuse of fertilizers, leading to soil degradation.

    _Water Scarcity and Inefficient Irrigation_

    1. *Limited access to irrigation*: Many farmers rely on rainfall, making them vulnerable to droughts and climate change.
    2. *Inefficient irrigation systems*: Old or poorly maintained irrigation infrastructure leads to water waste and reduced crop yields.

    _Pests, Diseases, and Weeds_

    1. *Lack of integrated pest management*: Inadequate control measures lead to pest and disease outbreaks.
    2. *Insufficient use of crop protection products*: Limited access to or misuse of pesticides, herbicides, and fungicides.
    3. *Poor weed management*: Inadequate weed control methods, leading to competition for resources.

    _Inadequate Extension Services and Training_

    1. *Limited access to extension services*: Fewer opportunities for farmers to receive training, advice, and support.
    2. *Inadequate training*: Insufficient or outdated training for farmers, leading to poor farming practices.

    _Climate Change and Weather Variability_

    1. *Rising temperatures*: Changes in temperature and precipitation patterns affect crop growth and yields.
    2. *Increased frequency of extreme weather events*: Droughts, floods, and heatwaves damage crops and infrastructure.

    _Poor Infrastructure and Market Access_

    1. *Inadequate storage and transportation*: Limited facilities and roads lead to post-harvest losses and reduced market access.
    2. *Limited market information*: Farmers lack access to market prices, trends, and demand.

    _Policy and Regulatory Frameworks_

    1. *Inadequate policies and regulations*: Lack of supportive policies, laws, and regulations hinders agricultural development.
    2. *Inconsistent implementation*: Poor enforcement of existing policies and regulations.

    To address these challenges, African governments, international organizations, and local stakeholders must work together to:

    - Implement sustainable agriculture practices
    - Invest in irrigation infrastructure and water management
    - Develop and disseminate crop protection products
    - Enhance extension services and training
    - Promote climate-resilient agriculture
    - Improve infrastructure and market access
    - Strengthen policy and regulatory frameworks
    By tackling these causes, Africa can unlock its agricultural potential, improve yields, and enhance food security and economic growth.

    _Recommendations_

    1. *Invest in Sustainable Agriculture*: Promote practices like crop rotation, conservation agriculture, and agroforestry.
    2. *Develop Irrigation Infrastructure*: Improve access

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