纳加兰大学确定野生香蕉物种具有气候抗御性特征,并建立了一个生物多样性走廊来加以保护。 Nagaland University identifies wild banana species with climate-resilient traits and creates a biodiversity corridor to protect it.

纳加兰大学的研究人员已确定东部喜马拉雅山原生的野生Musa sikkimensis香蕉是抗气候农业的关键遗传资源。 Researchers at Nagaland University have identified the wild Musa sikkimensis banana, native to the Eastern Himalayas, as a key genetic resource for climate-resilient agriculture. 该物种表现出对疾病和环境压力的强烈抵抗力,为培育更硬的香蕉品种提供了潜力。 The species shows strong resistance to disease and environmental stress, offering potential for breeding hardier banana varieties. 它虽然没有种植果实,但对于粮食安全、纤维和健康产品具有价值。 Though not cultivated for fruit, it holds value for food security, fiber, and health products. 这项研究由Animesh Sarkar博士和同事牵头,记录了以前未分类的基因型,并着重指出了砍伐森林、生境损失以及混合种植和组织种植导致本地品种减少的威胁。 The study, led by Dr. Animesh Sarkar and colleagues, documented previously unclassified genotypes and highlighted threats from deforestation, habitat loss, and the decline of native varieties due to hybrid and tissue-culture farming. 为了保护这一生物多样性,该大学建立了香蕉生物多样性走廊,这是一个支持养护、研究和可持续农业的活基因库。 To protect this biodiversity, the university established a Banana Biodiversity Corridor, a living gene bank supporting conservation, research, and sustainable agriculture.