Crops are products of artificial evolutionary processes, which results from the genotype manipulation of plants with some nutritional or economic value for human1 . As a result, genetic variability is lost over the time, and features such as flower and seed production, and also defense mechanisms are also lost2 . Although, in agriculture these characteristics may not be relevant to plant survival, the decrease in genetic variability leads to diseases, null stress tolerance and reduced nutritional value. Becoming a concern for farmers and leading us to the question: What can we do to conserve genetic diversity within crops
Plant breeding collects, induces and rearranges genetic diversity followed by selection. Breeding ma...
Genetic diversity is viewed as a means by which agricultural plants can adapt to the threat of clima...
Crop genetic diversity is only one part of total agrobiodiversity. It refers to the diversity of cro...
Crops are products of artificial evolutionary processes, which results from the genotype manipulatio...
The world's wealth of plant genetic resources has much value for world food security, but these reso...
Crop improvement is very crucial to satisfy the world demand in the presence of different challenges...
The author focuses on potato breeding to increase germoplasm diversity. Cultivated potatoes have lim...
Crop diversity underpins the productivity, resilience, and adaptive capacity of agriculture. Loss of...
Agriculture the world over is faced with the threat of food, fiber, and nutrition insecurity especia...
Crop diversity underpins the productivity, resilience and adaptive capacity of agriculture. Loss of ...
Potato is the third most important food crop in the world and is crucial to ensure food security. Ho...
Genetic engineering will allow the introduction of new genes and novel qualities into crops, thereby...
Potato is the important food crop after wheat and rice, and its nutritious tubers are becoming incre...
Over the past 70 years, the world has witnessed extraordinary growth in crop productivity, enabled b...
Crop wild relatives (CWR) offer a critical resource to address food security needs by providing gene...
Plant breeding collects, induces and rearranges genetic diversity followed by selection. Breeding ma...
Genetic diversity is viewed as a means by which agricultural plants can adapt to the threat of clima...
Crop genetic diversity is only one part of total agrobiodiversity. It refers to the diversity of cro...
Crops are products of artificial evolutionary processes, which results from the genotype manipulatio...
The world's wealth of plant genetic resources has much value for world food security, but these reso...
Crop improvement is very crucial to satisfy the world demand in the presence of different challenges...
The author focuses on potato breeding to increase germoplasm diversity. Cultivated potatoes have lim...
Crop diversity underpins the productivity, resilience, and adaptive capacity of agriculture. Loss of...
Agriculture the world over is faced with the threat of food, fiber, and nutrition insecurity especia...
Crop diversity underpins the productivity, resilience and adaptive capacity of agriculture. Loss of ...
Potato is the third most important food crop in the world and is crucial to ensure food security. Ho...
Genetic engineering will allow the introduction of new genes and novel qualities into crops, thereby...
Potato is the important food crop after wheat and rice, and its nutritious tubers are becoming incre...
Over the past 70 years, the world has witnessed extraordinary growth in crop productivity, enabled b...
Crop wild relatives (CWR) offer a critical resource to address food security needs by providing gene...
Plant breeding collects, induces and rearranges genetic diversity followed by selection. Breeding ma...
Genetic diversity is viewed as a means by which agricultural plants can adapt to the threat of clima...
Crop genetic diversity is only one part of total agrobiodiversity. It refers to the diversity of cro...