This document discusses agriculture and farm inputs. It provides examples of common farm inputs like seeds, seedlings, fertilizer, insecticides, and labor. It then gives a sample estimation problem involving calculating total expenses for a farm including salaries paid for planting and fertilizing, and amounts of fertilizer used at different stages. Learners are asked to solve a similar estimation problem involving a larger farm and providing totals for salaries, fertilizer used, and overall expenses.
Rural Agricultural WE AHDS Presentation.pptdagek73759
RAWE stands for Rural Agricultural Work Experience, which is a program aimed at providing quality, practical, and production-oriented education for agriculture degrees. The program is designed to prepare agricultural graduates for better careers in agriculture and agribusiness, as well as equip them with the skills and knowledge to face the challenges of the agricultural sector.
The objectives of RAWE include:
Understanding rural life and the socio-economic situation of villagesFamiliarity with the challenges and opportunities faced by farmersOpportunity for practical training and hands-on experienceDevelopment of communication skills in transfer
Through RAWE, students gain a deeper understanding of the rural situations, status of agricultural technologies adopted by farmers, and prioritize the farmer’s problems. This program helps students develop skills and attitudes necessary for working with farm families and contributing to the overall development of rural areas.
Commercial mushroom production in India began in the late 1960s and early 1970s. The formal initiation of commercial mushroom cultivation can be attributed to the efforts of the Indian Council of Agricultural Research (ICAR), particularly through the Directorate of Mushroom Research (DMR) in Solan, Himachal Pradesh. The DMR played a crucial role in introducing and popularizing mushroom cultivation techniques among farmers and entrepreneurs.
One of the key milestones in the commercialization of mushroom production in India was the establishment of the National Mushroom Development and Extension Center (NMDEC) in Solan in 1983. NMDEC played a significant role in promoting mushroom cultivation as a viable agribusiness venture through research, training, and extension activities.
Since then, commercial mushroom cultivation has witnessed significant growth in India, with the emergence of numerous private enterprises, government initiatives, and research institutions dedicated to promoting and supporting the mushroom industry.
Preservation of Organic Integrity
Protection of Environmental and Human Health
Sustainable Production
Title: Present Status of Mushroom Production in India
Slide 1: Introduction
- Brief overview of mushroom production in India
- Importance of the mushroom industry in agriculture and economy
Slide 2: Current Production Statistics
- Total mushroom production in India
- Recent trends and changes in production figures
- Graphs/charts depicting production trends over time
Slide 3: Regional Distribution
- Distribution of mushroom cultivation across different states in India
- Major regions contributing to mushroom production
- Comparison of production levels between regions
Slide 4: Varieties Cultivated
- Overview of the different mushroom varieties cultivated in India
- Popular varieties and their contribution to total production
- Emerging trends in the cultivation of exotic mushroom varieties
Slide 5: Industry Challenges
- Key challenges faced by the mushro
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4. Learners should be able to:
Identify materials used in farm inputs;
Enumerate different farm labor requirement;
Estimate materials and resources that are
reported to appropriate persons
LEARNING OBJECTIVES
38. Total land area 50, 000 sq. meter
Amount of fertilizer 20/kilo
Number of days consumed in planting the area 2 days
Number of workers planting the area 5 workers
Amount of salary paid in planting the area 300/day
Number of workers who fertilized the area from
planting up to the date of survey
2 workers
Quantity of fertilizer used from planting up to the date
where survey was made
200 kilos
Quantity of fertilizer to be used after the survey until
final harvesting
500 kilos
Number of workers required to perform fertilization
after the survey until the final harvesting
2 workers
Amount of salary paid in applying fertilizer from
planting to the date of this survey
300/day
Given the Gathered Data
39. A. Total amount of salary paid in
planting the area
Total amount of salary= (no. of days) (no. of workers)
(amount of salary)
No. of days= 2
No. of workers= 5
Amount of salary= 300
Total amount of salary paid in planting the area=
(2)x(5)x(300)= 3000.00
40. B. Total amount of fertilizer consumed
from planting up to the date of survey
Total amount of fertilizer= (amount of fertilizer per kilo) (no.
of kilos)
amount of fertilizer per kilo= 20
No. of kilos= 200
Total amount of fertilizer= (20) (200)= 4, 000.00
41. C. Total amount of salary paid for
fertilizing from planting up to the date
of the survey
Total amount of salary= (no. of days) (no. of workers)
(amount of salary)
No. of days= 2
No. of workers= 2
Amount of salary= 300
Total amount of salary paid in fertilizing the area from
planting up to the date of the survey=(2)x(2)x(300)=
1,200.00
42. D. Total amount of fertilizer consumed
after the survey until final harvesting
Total amount of fertilizer= (amount of fertilizer per kilo)
(no. of kilos)
amount of fertilizer per kilo= 20
no. of kilos= 500
Total amount of fertilizer= (20) (500)= 10,000.00
43. E. Total amount of salary paid in
fertilizing the area after the survey
until final harvesting
Total amount of salary= (no. of days) (no. of workers)
(amount of salary)
No. of days= 2
No. of workers= 2
Amount of salary= 300
Total amount of salary paid in fertilizing the area after the
survey until final harvesting=(2)x(2)x(300)= 1,200.00
44. A. Total amount of salary paid in
planting the area
3,000.00
B. Total amount of fertilizer consumed
from planting up to the date of the survey
4, 000.00
C. Total amount of salary paid in fertilizing
the area from planting up to the date of
survey
1,200.00
D. Total amount of fertilizer consumed
after the survey until final harvesting
10, 000.00
E. Total amount of salary paid in fertilizing
the area after the survey until final
harvesting
1,200.00
Total cost of all expenses 19, 400.00
Total cost of all expenses
45. LET’S NURTURE OUR MIND!!
In a 1 whole sheet of paper, answer
the following questions.
46. Total land area 100, 000 sq. meter
Amount of fertilizer 40/kilo
Number of days consumed in planting the area 6 days
Number of workers planting the area 7 workers
Amount of salary paid in planting the area 450/day
Number of workers who fertilized the area from planting up
to the date of survey
4 workers
Quantity of fertilizer used from planting up to the date
where survey was made
400 kilos
Quantity of fertilizer to be used after the survey until final
harvesting
900 kilos
Number of workers required to perform fertilization after the
survey until the final harvesting
3 workers
Amount of salary paid in applying fertilizer from planting to
the date of this survey
450/day
47. A. Total amount of salary paid in
planting the area
B. Total amount of fertilizer consumed
from planting up to the date of the survey
C. Total amount of salary paid in fertilizing
the area from planting up to the date of
survey
D. Total amount of fertilizer consumed
after the survey until final harvesting
E. Total amount of salary paid in fertilizing
the area after the survey until final
harvesting
Total cost of all expenses
Compute the Total cost of all expenses
48.
49. Thank you for Listening
That’s all for today
God bless us all
Have a Nice Day