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Farming Systems  Question Paper

Farming Systems  

Course:Master Of Science

Institution: Kenyatta University question papers

Exam Year:2010



KENYATTA UNIVERSITY
UNIVERSITY EXAMINATIONS 2010/2011
INSTITUTIONAL BASED PROGRAMME (IBP) – AUGUST SESSION
EXAMINATION FOR THE DEGREE OF MASTER OF SCIENCE IN
INTEGRATED SOIL FERTILITY MANAGEMENT
KRM 504:
FARMING SYSTEMS

DATE: Tuesday, 28th December, 2010

TIME: 2.00 p.m. – 5.00 p.m.
------------------------------------------------------------------------------------------------------------
INSTRUCTIONS:
Answer question ONE and any other TWO questions.
1.
a)
Differentiate between the following:-


i)
Relay cropping and Intercropping


(2 marks)


ii)
Complementary interaction and Allelopathy
(2 marks)


iii)
Nomadism and transhumance


b)
State and explain the three components of system theory as applied in


farming systems.





(6 marks)

c)
Explain the two interrelated thrusts in farming systems research and


development approach.




(4 marks)

d)
You have been assigned to carry out a soil fertility improvement project
on a smallholder farming community in your home district. Explain steps
that need to be followed in designing such a project following farming
systems research and development approach.

(14 marks)

2.
a)
Explain the physical, biological and social aspects that are important in


integrated soil fertility management.


(5 marks)

b)
Discuss important considerations for promotion of ISFM technologies


among farmers at the grass root level.


(10 marks)
Page 1 of 2

3.
a)
What is the difference between conservation tillage and conventional


tillage?






(2 marks)

b)
Explain principles and benefits or conservation tillage
(5 marks)

c)
Discuss factors influencing choice of tillage practices
(8 marks)

4.
a)
State six farmer-available organic resources that can be used in integrated


soil fertility management.




(3 marks)

b)
For each of the organic resource named, discuss their role in supplying
plant nutrients, availability and their limitations in integrated soil fertility
management.





(12 marks)

Page 2 of 2






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