This study contributes a novel framework of studying potential social influence of a person/organization in nature conservation. We demonstrated how to use this framework to understand potential social influence of Chinese scientists and nongovernmental organizations (NGOs) in the nation's marine conservation. We found both communication capability and annual funding had positive effects on the potential social influence of scientists and NGOs, although they worked via different pathways.

Using long-term field data, we examined the impact of severe droughts on the health, reproductive success, and behavior of the critically endangered Verreaux's sifaka (Propithecus verreauxi) in Madagascar's seasonally dry tropical forest. Despite reduced availability of high-quality foods, sifaka exhibited stable body condition and reproductive success, consumed more water-rich foods, and significantly increased subcutaneous body fat during severe droughts. These results suggest that adaptive responses to cope with resource scarcity in seasonally dry forests may buffer some mammals from the effects of severe drought or other extreme weather events.

Tigers are important for maintaining a variety of life in the world as they are the top predators in the food chain. Human–wildlife conflict, including conflicts between humans and tigers, has been a global issue throughout history. This article focuses on human–tiger interactions in China, discussing various types of conflicts and measures for coexistence. The research is based on different historical documentation, literature analysis, and field investigations. The results show intense direct conflicts in the form of massive tiger hunting and killing, as well as indirect conflicts like tiger trade and habitat loss for tigers. Various measures have been taken for coexistence, including animal protection perceptions, tiger worship, and the establishment of nature reserves and national parks. International communication and cooperation are crucial for establishing ecological corridors for tiger survival.

DNA barcoding-supported inventories of protected areas provide fast assessment with reduced reliance on taxon experts but enhanced effectiveness in recording quality. Feedback loops to taxon experts enable the identification of taxonomic gaps, especially the identification of species not known to science yet.

The research assesses the effects of choose-your-own-adventure storytelling on individual perception, learning, and behavior toward the conservation of Asian elephants while comparing different methods of conveying the story through, live theater and online videos. We used postactivity surveys to assess audience engagement, learning, and behavior intentions, with further analysis conducted to understand differences across activities, message types, and sociodemographic factors. We found that both methods were successful at relaying the message of elephant conservation, with improved accuracy in knowledge from participants, postactivity.

Tropical secondary forest at early sucessional stage had higher diamter growth rate and mortality rate, however, these forests also are more risked to droughts and high temperatures. Rising temperatures and more frequent droughts may decrease the carbon sink capacity of tropical forest ecosystems.

The study evaluates the conservation capacities for Begonia L. genus in Thailand, which is a vulnerable plant species. Results show that 78% of Begonia species in Thailand are classified as threatened, and the Northern floristic region is a hotspot for the genus. The study highlights the importance of evaluating current conservation capacities and implementing a multi-strategy approach to ensure their long-term viability and achieve the goal of zero species extinction.

Natural training enclosure design schematic. We selected 12 sika deer including six adults and six sub-adults. Key considerations in the design of the natural training were to divide the training spatial ground into two parts (30 × 30 m small areas for isolation of new individuals and large areas measuring 200 × 600 m for free walking), and the importance of gradually reducing concentrated feed quantity while maintaining the same feed ration.

The Greater Himalayas in India, of which Kishtwar High Altitude National Park (KHANP) is a part, harbours potential snow leopard habitat. We sampled three catchments within the Dachhan region of KHANP using 44 cameras and identified four unique snow leopard individuals across 14 detections in nine camera locations. We propose KHANP as a conservation landscape under the Project Snow Leopard of the Government of India.

The endangered Western woolly flying squirrel faces an uncertain future despite its rediscovery. This study in Uttarkashi, India revealed a significant knowledge gap among local communities, emphasising the need for targeted conservation education. The elusive nature of the squirrel alongside potential climate change threats necessitate further research and community engagement for successful conservation efforts.