267073
Match the crops given in column-I with their resistance to disease given in column-II and choose the correct option.
Column-I (Crop) Column-II (Resistance to diseases)
A. Wheat I. Tobacco mosaic virus and leaf curl
B. Brassica II. Bacterial blight
C. Cowpea III. Leaf and stripe rust
D. Cauliflower IV. White rust
E. Chilli V. Black rot and curl blight black rot
267075
Match column-I with column-II and choose the correct option.
Column –I Column –II
A. Somatic hybrids I. Micropropagation
B. Totipotency II. Crop production
C. Tissue culture III. Somatic hybridization
D. Green revolution IV. Fish-production
E. Blue revolution V. whole plant from Explant
267076
Match the column-I with column-II and choose the correct option.
Column-I Column-II
A. Crops with higher vita-mins, proteins and fats I. Single cell proteins
B. Growing microbes as the alternative source of proteins II. Somaclones
C. Capacity to generate plant
from a single cell or explant III. Bio fortification
D. Genetically identical plants IV. Totipotency
267077
Match the terms given in Column - I with their descriptions given in Column - II and
select the correct option from the codes given below.
Column - I Column – II
A. Out crossing (i) Mating of closely related indi-viduals within the same breed
B. Interspecific hybridisa-tion (ii) Mating of animals of same breed but having no common ances-tors on either side of their pedigree for 4-6 generations
C. Cross breeding (iii) Mating of animals of two dif-ferent species
D. Inbreeding (iv) Mating of animals belonging to different breeds
267073
Match the crops given in column-I with their resistance to disease given in column-II and choose the correct option.
Column-I (Crop) Column-II (Resistance to diseases)
A. Wheat I. Tobacco mosaic virus and leaf curl
B. Brassica II. Bacterial blight
C. Cowpea III. Leaf and stripe rust
D. Cauliflower IV. White rust
E. Chilli V. Black rot and curl blight black rot
267075
Match column-I with column-II and choose the correct option.
Column –I Column –II
A. Somatic hybrids I. Micropropagation
B. Totipotency II. Crop production
C. Tissue culture III. Somatic hybridization
D. Green revolution IV. Fish-production
E. Blue revolution V. whole plant from Explant
267076
Match the column-I with column-II and choose the correct option.
Column-I Column-II
A. Crops with higher vita-mins, proteins and fats I. Single cell proteins
B. Growing microbes as the alternative source of proteins II. Somaclones
C. Capacity to generate plant
from a single cell or explant III. Bio fortification
D. Genetically identical plants IV. Totipotency
267077
Match the terms given in Column - I with their descriptions given in Column - II and
select the correct option from the codes given below.
Column - I Column – II
A. Out crossing (i) Mating of closely related indi-viduals within the same breed
B. Interspecific hybridisa-tion (ii) Mating of animals of same breed but having no common ances-tors on either side of their pedigree for 4-6 generations
C. Cross breeding (iii) Mating of animals of two dif-ferent species
D. Inbreeding (iv) Mating of animals belonging to different breeds
267073
Match the crops given in column-I with their resistance to disease given in column-II and choose the correct option.
Column-I (Crop) Column-II (Resistance to diseases)
A. Wheat I. Tobacco mosaic virus and leaf curl
B. Brassica II. Bacterial blight
C. Cowpea III. Leaf and stripe rust
D. Cauliflower IV. White rust
E. Chilli V. Black rot and curl blight black rot
267075
Match column-I with column-II and choose the correct option.
Column –I Column –II
A. Somatic hybrids I. Micropropagation
B. Totipotency II. Crop production
C. Tissue culture III. Somatic hybridization
D. Green revolution IV. Fish-production
E. Blue revolution V. whole plant from Explant
267076
Match the column-I with column-II and choose the correct option.
Column-I Column-II
A. Crops with higher vita-mins, proteins and fats I. Single cell proteins
B. Growing microbes as the alternative source of proteins II. Somaclones
C. Capacity to generate plant
from a single cell or explant III. Bio fortification
D. Genetically identical plants IV. Totipotency
267077
Match the terms given in Column - I with their descriptions given in Column - II and
select the correct option from the codes given below.
Column - I Column – II
A. Out crossing (i) Mating of closely related indi-viduals within the same breed
B. Interspecific hybridisa-tion (ii) Mating of animals of same breed but having no common ances-tors on either side of their pedigree for 4-6 generations
C. Cross breeding (iii) Mating of animals of two dif-ferent species
D. Inbreeding (iv) Mating of animals belonging to different breeds
267073
Match the crops given in column-I with their resistance to disease given in column-II and choose the correct option.
Column-I (Crop) Column-II (Resistance to diseases)
A. Wheat I. Tobacco mosaic virus and leaf curl
B. Brassica II. Bacterial blight
C. Cowpea III. Leaf and stripe rust
D. Cauliflower IV. White rust
E. Chilli V. Black rot and curl blight black rot
267075
Match column-I with column-II and choose the correct option.
Column –I Column –II
A. Somatic hybrids I. Micropropagation
B. Totipotency II. Crop production
C. Tissue culture III. Somatic hybridization
D. Green revolution IV. Fish-production
E. Blue revolution V. whole plant from Explant
267076
Match the column-I with column-II and choose the correct option.
Column-I Column-II
A. Crops with higher vita-mins, proteins and fats I. Single cell proteins
B. Growing microbes as the alternative source of proteins II. Somaclones
C. Capacity to generate plant
from a single cell or explant III. Bio fortification
D. Genetically identical plants IV. Totipotency
267077
Match the terms given in Column - I with their descriptions given in Column - II and
select the correct option from the codes given below.
Column - I Column – II
A. Out crossing (i) Mating of closely related indi-viduals within the same breed
B. Interspecific hybridisa-tion (ii) Mating of animals of same breed but having no common ances-tors on either side of their pedigree for 4-6 generations
C. Cross breeding (iii) Mating of animals of two dif-ferent species
D. Inbreeding (iv) Mating of animals belonging to different breeds
267073
Match the crops given in column-I with their resistance to disease given in column-II and choose the correct option.
Column-I (Crop) Column-II (Resistance to diseases)
A. Wheat I. Tobacco mosaic virus and leaf curl
B. Brassica II. Bacterial blight
C. Cowpea III. Leaf and stripe rust
D. Cauliflower IV. White rust
E. Chilli V. Black rot and curl blight black rot
267075
Match column-I with column-II and choose the correct option.
Column –I Column –II
A. Somatic hybrids I. Micropropagation
B. Totipotency II. Crop production
C. Tissue culture III. Somatic hybridization
D. Green revolution IV. Fish-production
E. Blue revolution V. whole plant from Explant
267076
Match the column-I with column-II and choose the correct option.
Column-I Column-II
A. Crops with higher vita-mins, proteins and fats I. Single cell proteins
B. Growing microbes as the alternative source of proteins II. Somaclones
C. Capacity to generate plant
from a single cell or explant III. Bio fortification
D. Genetically identical plants IV. Totipotency
267077
Match the terms given in Column - I with their descriptions given in Column - II and
select the correct option from the codes given below.
Column - I Column – II
A. Out crossing (i) Mating of closely related indi-viduals within the same breed
B. Interspecific hybridisa-tion (ii) Mating of animals of same breed but having no common ances-tors on either side of their pedigree for 4-6 generations
C. Cross breeding (iii) Mating of animals of two dif-ferent species
D. Inbreeding (iv) Mating of animals belonging to different breeds