Building a marine ecological security shelter (MESS) has become the main strategy to adapt marine ecological threats in China. As China\'s marine policy lacks a robust framework document, it is necessary to consider whether the policy system can effectively support the construction of MESS. However, the linkage between the construction measures of MESS and related policies is not clear. Therefore, the purpose of this paper is to clarify the concept of MESS and its connection with policy, by adopting the policy content analysis method to analyze the evolution process of MESS-related policy system. The legislative shortcomings and implementation obstacles of the MESS-related policy system are then summarized and discussed. The results show that from 1981 to 2021 the MESS-related policy system has been continuously improved. However, the policy system\'s support and guarantee capacity for building MESS still needs to be improved. (1) Due to the lack of basic laws and special laws, the coordination among governance subjects and among policies lacks legislative guarantee. (2) The construction of MESS continues the inter-regional and inter-department administrative barriers in collaborative governance of marine environment. To establish an effective collaborative governance model, it is essential to improve the governance structure and mechanism. (3) The government-led governance pattern faces the problem of mechanism failure. The command and control instrument accounts for more than 82%, and the public and enterprises lack strong policy guarantees to participate in marine governance. (4) The policy system\'s adaptability to emerging threats must be improved. Marine policies rarely involve emerging threats such as climate change and new pollutants. Meanwhile, the real-time supervision and monitoring mechanism is weak. The real-time supervision is only accounting for about 10%. Generally speaking, as a complex and long-term system engineering, the construction of MESS will inevitably encounter contradictions in politics, culture, and economy. China should deepen the construction of marine ecological civilization and form a governance concept based on ecosystems. Overall, this paper helps to understand the internal connection between MESS and policy comprehensively and provides a new perspective for improving China\'s marine governance capacity.

To achieve carbon neutrality in 2060 (China), building energy-saving has been highly concerned. University buildings have great energy-saving potential as part of energy consumption where 70% of energy loss is caused by heat transfer from the envelope. However, most of the research on energy-saving factors for envelopes is limited to a certain climate or a specific building type, and the optimal configuration of envelopes under different climatic regions has not been well solved. Therefore, the influence degree and appropriate parameters of each factor of the teaching-office building envelopes on energy consumption under different climates were analyzed in this paper by orthogonal design and numerical simulation. Results show that: (1) Solar heat gain coefficient (SHGC) and indoor air change rates (ACH) [the heat transfer coefficient of the exterior wall (K wall ) and ACH] are the main factors affecting the cooling [heating] load, the insulation form of the exterior wall (W ins ) and K wall [W ins and solar radiation absorption coefficient of exterior surface materials (ρ s )] have less influence; (2) The important ranking and optimal level of the influence of each factor on the cooling (or heating) loads are related to local load demands; (3) For the annual load, K wall and the heat transfer coefficient of the exterior window (K win ) is the focus of energy-saving in severe cold and cold zones, but their impact is not significant in Guangzhou and Kunming, and the high significance of SHGC is only shown in Hohhot, Lhasa, Guangzhou, and Haikou; (4) The annual load energy savings reach 39.64%-57.57% in different climates by optimizing all factors. The research results can provide directions and data references for the energy-saving design and renovation of educational building envelopes in different climates (China).

In cotton-growing regions of northwestern China, Hippodamia variegata (Goeze) and Propylaea quatuordecimpunctata (Linnaeus) (Coleoptera: Coccinellidae) are key natural enemies of hemipteran pests. As only H. variegata can be encountered in hot, arid production areas, the thermal responses and climatic adaptability of both species likely differ substantially. In this study, we assessed the survival, longevity, fecundity, prey consumption rate, and antioxidant capacity of both species under laboratory conditions at 32-38 °C. The (negative) impacts of elevated temperatures (i.e., 35 and 38 °C) on adult survival and reproduction were more pronounced for P. quatuordecimpunctata than for H. variegata. Similarly, high temperatures exhibited the strongest negative impacts on the prey consumption rates of P. quatuordecimpunctata. At elevated temperatures, superoxide dismutase and catalase activity increased, while glutathione-S-transferases activity decreased for both species. However, for P. quatuordecimpunctata, peroxidase activity and total antioxidant capacity progressively declined. Antioxidant responses thus constitute a key physiological adaptation of ladybugs to heat stress, reflecting a superior thermal tolerance of H. variegata. Our work emphasizes how laboratory assays can explain spatiotemporal distribution patterns of individual ladybugs and inform strategies to bolster their ensuing biological control under conditions of global warming or extreme weather events.

A study was conducted to evaluate the characteristics of West African Dwarf (WAD) goat keepers and their trait preferences as part of a broader phenotypic characterisation work with the aim of providing information for improving the household management, conservation and productivity of the breed in Ghana. A total of 384 respondent households were selected from four agro-ecological zones in the middle belt and southern part of the country for questionnaire administration and direct observation of animals under field conditions. The results showed that there are slightly more women (54.2%) keeping WAD goats than men (45.8%) and fall within the economically active population of youthful and middle age categories (53.9%). A majority of these goat keepers were married (73.8%) and educated (87.3%) in one way or the other. They obtained their starter or foundation stock mainly from neighbours (80.5%) and the open market (16.0%). The average flock size from the households sampled was 7.9 ± 1.5, whereas the flock structure constituted 56.1% adult females, 27.5% adult intact males, 1.2% castrates and 15.2% kids of both sexes. Survivability, fast growth rate and larger litter size were the farmers\' most preferred quantitative traits, whereas most of these respondents preferred to keep WAD goats which do not have qualitative traits such as horn, wattle and beard. From the findings of the research, it was concluded that the favourable socio-economic characteristics of WAD goat keepers could sustain intensification and increase the productivity of the breed when given the necessary input assistance along the goat value chain. The primary objective of WAD goat farmers is to produce matured animals for various purposes and the breeding goal for a WAD goat breeding programme would be to increase survival, growth rate and litter size of light coat (white, grey and light brown) goats. Finally, most farmers lack knowledge on the significance of tropically beneficial qualitative traits such as horn, wattle, beard and light coat colouration on the survivability, climate adaptability or resilience and productivity of their goats. Educating farmers on the importance of conserving and inclusion of animals possessing such traits in their selection practices under the Government\'s Rearing for Food and Jobs Initiative is therefore suggested.