8 results about "Temperate climate" patented technology

A new and distinct variety of garlic plant, Allium sativum var. ophioscorodon, named ‘Slamka’, is characterized by its exceptional disease and pest resistance, high yields, minimal cultivation requirements, and robust hardiness. Originating from a strain cultivated for more than a century in Southeastern Wisconsin, this variety is particularly well-suited to temperate climates and has shown consistent resistance to common garlic diseases over an eight-year observation period. These traits make it an ideal choice for growers in temperate regions, particularly Southeastern Wisconsin. ‘Slamka’ has not been tested in other regions, and its ability to thrive outside of Southeastern Wisconsin is unknown.

The rainwater recycling system mainly comprises a rainwater collecting field, an outdoor rainwater pipeline, a rainwater discarding well, a rainwater collecting pool, a rainwater recycling main pipeline, a terrace crop irrigation pipe network and a traditional water source main pipeline. The system is characterized in that a rainwater collection field is mainly used for collecting rainwater, the rainwater is collected to a rainwater discarding well through an outdoor rainwater pipeline, and after discarded clean rainwater enters a rainwater collection pool to be settled, the clean rainwater enters a rainwater recycling main pipeline and then enters a terrace crop irrigation pipe network to be recycled; a traditional water source serves as a standby water source, and the whole system is controlled by an electric control cabinet. According to the utility model, the irrigation problem of dry land terraced field crops can be solved by effectively utilizing the collected rainwater, and the water-saving irrigation system is a novel water-saving irrigation project; meanwhile, the system is simple in composition and working principle, easy to maintain, safe and reliable, and convenient for large-scale application and popularization of dry terraces in regions with temperate monsoon and subtropical monsoon climate.

A new and distinct variety of garlic plant, Allium sativum L., named “Slamka Garlic,” is characterized by its exceptional disease and pest resistance, high yields, minimal cultivation requirements, and robust hardiness. Originating from a strain cultivated for more than a century in Southeastern Wisconsin, this variety is particularly well-suited to temperate climates and has shown consistent resistance to common garlic diseases over an eight-year observation period. These traits make it an ideal choice for growers in temperate regions, particularly Southeastern Wisconsin. “Slamka Garlic” has not been tested in other regions and its ability to thrive outside of Southeastern Wisconsin is unknown.

This invention discloses a method for water quality remote sensing inversion and rapid source tracing, relating to the field of water environment remote sensing monitoring and pollution source tracing technology. It includes data acquisition and differentiated preprocessing, acquiring multi-source remote sensing data from the sky and ground, measured data, and auxiliary data, and performing differentiated preprocessing based on different data sources, climate zones, and water body type characteristics. This invention utilizes the S1 differentiated preprocessing scheme, designing specific processing procedures for scenarios such as temperate freezing, tropical high-algae, and water bodies with different turbidity levels, effectively avoiding interference caused by differences in climate zones and water body types, and providing reliable and stable basic data for water quality inversion.

The invention relates to the technical field of material environment adaptability tests and virtual simulation, and discloses a virtual simulation method and system for a cross-sea-area environment simulation test and a medium, and the method comprises the steps: obtaining the environment data of a target aircraft in the tropical, subtropical, temperate and polar navigation time periods, and building a virtual environment model; then generating temperature-humidity spectrums of a tropical zone, a subtropical zone and a temperate zone and temperature-humidity-freeze thawing-freeze spectrums of a polar region, and forming a cross-sea-area environmental load spectrum in the virtual simulation platform; calculating equivalent conversion coefficients under different environmental conditions by taking the corrosion electric quantity Q as a parameter, and converting the duration of each environmental condition into the action time of an equivalent standard condition; and classifying and combining the test schemes in combination with the cross-domain navigation time curve and the zone conversion coefficient to obtain a virtual simulation spectrum of the cross-sea-area environment corrosion indoor simulation test. According to the invention, comprehensive simulation of a multi-sea-area environment can be realized, and the corrosion resistance of the metal material can be rapidly and accurately evaluated.

This invention discloses a method for rapidly improving the productivity of degraded grassland, relating to the field of grassland ecological restoration technology, and is mainly applicable to degraded Leymus chinensis meadow steppes in temperate continental semi-arid climates. The method involves a combined root-cutting and fertilization operation on the target degraded grassland, followed by enclosure and management to complete the restoration. During the regreening period of the degraded grassland, 1-2 rows and oblique root cuts are performed at 6-10 day intervals. Fertilization involves applying 45-60 kg / mu of granular or mixed organic fertilizer. Granular or mixed organic fertilizer is applied 3-5 days after root cutting, and enclosure and management are implemented for 2-2.5 years with a complete ban on grazing. This invention is simple to operate, effectively promotes the natural recovery of Leymus chinensis communities, rapidly improves the productivity of degraded grasslands, meets the restoration needs of degraded Leymus chinensis meadow steppes in temperate continental semi-arid climates, and is easily scalable and applicable.

The utility model discloses an energy efficiency improving system for a shallow buried pipe heat exchanger. A closed or semi-closed heat storage area unit is arranged in a surrounding mode through area heat insulation plates. The heat storage area unit comprises a plurality of heat storage wells, a plurality of shallow water lifting wells, a plurality of deep water lifting wells, a plurality of solar water heaters, a heat storage water tank, a plurality of U-shaped vertical buried pipes and a ground source heat pump machine room; the buried depth of the regional heat insulation plate is arranged in soil of an earth crust constant temperature zone and penetrates through an earth crust daily variable temperature zone and an earth crust annual variable temperature zone from top to bottom, the buried depth H of the regional heat insulation plate is larger than or equal to H2 + 0.5-1 m, and H2 is the depth of the annual variable temperature zone; the heat storage well is of an inner and outer sleeve type hollow structure provided with a plurality of horizontal branch pipes shaped like a cross or a Chinese character'jing ', and the horizontal branch pipes are arranged in soil of a crustal annual variable temperature zone and a constant temperature zone. The buried depth H of the upper horizontal branch pipe is greater than or equal to H1 + 0.5-1m, and the buried depth H of the lower horizontal branch pipe is greater than or equal to H2 + 0.5-1m; h1 is the daily variable temperature zone depth, and H2 is the annual variable temperature zone depth.

The invention is suitable for the technical field of building safety verification, and provides a rapid calculation method and system for the maximum tensile stress of a gate pier, and the method comprises the steps: building a pier wall model of a concrete gate pier composed of a bottom plate unit and a gate pier unit, setting the gate pier width, the gate pier length and the bottom plate thickness in the pier wall model as variable parameters; and finally obtaining a first quantitative relationship between the maximum tensile stress in the gate pier and three parameters of gate pier width, gate pier length and foundation temperature difference, and a second quantitative relationship between the maximum tensile stress on the surface of the gate pier and three parameters of gate pier width, gate pier length and foundation temperature difference. The method has the advantages that the tensile stress can be directly and quickly estimated through a formula, a complex finite element model does not need to be repeatedly built, and the stress calculation period in design and construction is greatly shortened; the method is more suitable for the actual stress scene of the gate pier of the large-hole gate in the temperate zone climate, and the practicability and reliability are higher.