8 results about "Cold tolerant" patented technology

The invention relates to the field of gene engineering for enhancing the cold resistance of plants, and relates to a recombinant expression vector, a recombinant strain and a primer pair of a pennisetum purpureum PpMYB2 gene, a method for improving the cold resistance of the plants and application of related materials in improving the cold resistance of the plants. One purpose of the invention is to provide application of the Pennisetum purpureum PpMYB2 gene and related materials thereof in improving the cold resistance of the plant, the amino acid sequence of the encoding protein of the Pennisetum purpureum PpMYB2 gene is as shown in SEQ ID NO.1, and the plant is arabidopsis thaliana or Pennisetum purpureum. Under the background that extreme low temperature events caused by global climate change are increasingly frequent, the cold resistance enhancing technology provided by the invention has important significance on guaranteeing the stability of agricultural production and reducing loss caused by low temperature. Through overexpression of the gene PpMYB2, the adaptability of perennial pennisetum purpureum to low-temperature stress can be remarkably improved, so that the planting range of perennial pennisetum purpureum is expanded to regions with lower temperature, and the survival and growth performance in different ecological environments is enhanced.

A new Shepherdia plant particularly distinguished by having a USDA plant hardiness zone hardier than its pollen parent, Shepherdia rotundifolia; outstanding silvery blue foliage which closely resembles the foliage of its pollen parent the Round Leaf Buffaloberry Shepherdia rotundifolia; and ease of propagation and ability to be grown well in a cultivated setting with drought and cold tolerant tolerance, is disclosed.

The invention relates to the technical field of breeding, and discloses a character screening method of an instantaneous cold-resistant plant, which is used for carrying out instantaneous low-temperature treatment on the plant and screening the instantaneous cold-resistant plant by comparing the shrinkage degree of the plant before and after the low-temperature treatment, and also discloses a screening device of the character screening of the instantaneous cold-resistant plant. According to the invention, automatic grading and screening of plants are realized, the screening precision is high, subsequent screening of characters of experimental bodies is not needed, and the screening rhythm is accelerated.

The application belongs to the technical field of biology and particularly relates to a cold-resistant gene of Bombus hypocrita and application thereof. The cold-resistant gene of Bombus hypocrita has a nucleotide sequence shown in SEQ No. 1. The cold-resistant gene of Bombus hypocrita has a nucleotide sequence shown in SEQ No. 2. A recombinant DNA containing the cold-resistant gene of Bombus hypocrita. An expression vector into which the recombinant DNA is inserted and which takes microorganisms, animal cells or plant cells as host cells. Application of the cold-resistant gene of Bombus hypocrita in breeding of cold-resistant Bombus hypocrita. The cold-resistant gene of Bombus hypocrita and application thereof disclosed by the application have the following beneficial effects: 1. It is beneficial to breeding of cold-resistant Bombus hypocrita, so that the Bombus hypocrita can still provide pollination service when the temperature is low, and the yield of fruits and vegetables is improved; 2. It is beneficial to screening and identification of cold-resistant Bombus hypocrita.

The present application relates to the field of genetic engineering of plant cold tolerance enhancement, and relates to elephant grass PpMYB2 The recombinant expression vector of the gene, the recombinant strain, the primer pair, the method for improving plant cold tolerance and the related materials thereof are applied to improving plant cold tolerance. One of the purposes of the present application is to provide an elephant grass PpMYB2 gene and the related materials thereof are applied to improving plant cold tolerance, and the elephant grass PpMYB2 The amino acid sequence of the coding protein of the gene is shown in SEQ ID NO. 1, and the plant is Arabidopsis thaliana or elephant grass. Under the background of increasingly frequent extreme low temperature events caused by global climate change, the cold tolerance enhancement technology provided by the present application has important significance for guaranteeing the stability of agricultural production and reducing the loss caused by low temperature. By overexpressing the gene PpMYB2 , the perennial elephant grass can significantly improve the adaptability to low temperature stress, thereby expanding its planting range to areas with lower temperature and enhancing the survival and growth performance in different ecological environments.

The invention discloses a photovoltaic region vegetation restoration growth method, which comprises the following steps of: selecting grass seeds based on the actual environment of a photovoltaic field through a photovoltaic panel shadow region vegetation matching system, and then carrying out large-scale planting. Different drought-resistant and cold-resistant grass seeds are planted in the photovoltaic field in the shadow area, growth condition data are transmitted to display equipment such as a central control computer through data extraction equipment, data comparison is carried out for many days, and therefore the grass seeds with the optimal growth vigor are selected, large-scale planting is carried out after the grass seeds are selected based on the actual environment of the photovoltaic field, and the planting efficiency is improved. The problem that grass seeds are directly selected and cannot be selected for planting based on the actual environment of a photovoltaic field is solved.

Low moisture content at harvest is important since green biomass material is not suitable for many applications such as for combustion in power stations. It is unusual to find a Miscanthus variety that is both cold tolerant and / or vigorous but that dries down well in years with mild winters. A mild winter may reduce the amount of usable biomass that is obtained from Miscanthus plants, including from cold hardy varieties that will stay green and fail to dry down properly at the end of a season unless there is a heavy prolonged frost. To address this issue, the present description relates to the production of increased usable biomass yield that may be obtained at harvest from Miscanthus plants that are cold tolerant, vigorous, and which also have good dry down properties during mild winters. The present methods include plants and methods for regenerating plants from a cell, rhizome, or cutting of a Miscanthus sacchariflorus x Miscanthus sinensis cross, and then selecting one or more regenerated plants that produce increased usable biomass and / or increased carbon sequestration.