In this study, change in drought characteristics according to shift of different climates i.e. tropical, warm temperate, cold and polar to Arid Climate (SAC) was analyzed over the Asia monsoon region.
To this end, identifying where temperate (cold and dry) and tropical (rainy) relationships with influenza epidemics break down geographically and how this relates to relevant environmental variables (e.g., temperature, humidity) is a short-term and practical goal.
For example, increasing temperatures may reduce population sizes and ranges of temperate cold-water fishes, e.g., lake trout Salvelinus namaycush (Walbaum 1792) and cutthroat trout Oncorhynchus clarkii (Richardson 1836) [ 23, 28].
In temperate-cold arid regions with a generous solar resource, such as those of western Argentina, adequate design and technology can substantially reduce the energy demand for space and water heating in urban buildings.
This paper analyses the design, technology, thermal behaviour, and energy consumption of both a conventional and a refurbished dwelling located in a region with a temperate-cold climate in central Argentina.
This paper analyzes the thermal and energy behaviour of apartments in three-story block buildings located along a NE-SW axis (azimuth = 120°) in a temperate-cold climate (latitude: 36°57′; longitude: 64°27′) in the city of Santa Rosa, La Pampa, central Argentina.
Alternately, three of the modern hunter-gatherer populations included in this study inhabit environments characterized by low ecologic diversity but high productivity (Inuit = arctic climate, Vancouver islanders = temperate and cold maritime climate, Fuegians = cold maritime and subantarctic climate).
Compared with rice varieties that grow in tropical or hot regions, those that grow in temperate or cold climates are more responsive to cold stress and RuBisCO large subunit was fragmented and then phosphorylated.
In temperate and cold zones, a much greater risk of cold stress occurs in the supply of Anthurium plants.
In temperate and cold areas, a much greater risk of cold stress occurs in the supply of Anthurium plants, especially in the process of production and transportation.
Temperate or cold deserts occur in temperate regions at higher latitudes and therefore colder temperatures than those at which hot deserts are found.
