ChatGPT, in line with other established artificial intelligence systems, emerges as an advanced tool based on OpenAI's GPT model. This study focuses on exploring its applicability in the conservation and restoration of tropical ecosystems. A bibliometric analysis dissects the main characteristics, learning systems, and potential applications of ChatGPT. Questioned about its groundbreaking potential in the conservation and restoration of tropical ecosystems, ChatGPT outlines applications in assessment and planning, education, monitoring and rapid response, interaction with field tools, and policy support. Although ChatGPT does not inherently provide scientific support, subsequent analysis confirms that its proposals align with current trends in conservation and restoration. When using tools like ChatGPT in scientific contexts, researchers should adopt a critical approach, verifying the pr...

Biodiversity is being affected by the overexploitation of natural resources, the increase of invasive species, climate change, intensive agriculture, and livestock farming. Among these, intensive soybean cultivation has displaced other products such as rice and wheat; intensive cultivation leads to increased use of agrochemicals, which generates severe socio-environmental effects, particularly on biodiversity. The objective of the study was to compile scientific literature produced on the loss of biodiversity caused by intensive agriculture and climate change, and within them the possible effects on the interrelationship between human beings and the environment. The methodological procedure was the systematic review developed in March 2021, using Boolean operators AND, OR, NOT with terms “biodiversity”, “climate change” and “agriculture” in the Scopus, Web of Science and Scie...

ChatGPT, in line with other established artificial intelligence systems, emerges as an advanced tool based on OpenAI's GPT model. This study focuses on exploring its applicability in the conservation and restoration of tropical ecosystems. A bibliometric analysis dissects the main characteristics, learning systems, and potential applications of ChatGPT. Questioned about its groundbreaking potential in the conservation and restoration of tropical ecosystems, ChatGPT outlines applications in assessment and planning, education, monitoring and rapid response, interaction with field tools, and policy support. Although ChatGPT does not inherently provide scientific support, subsequent analysis confirms that its proposals align with current trends in conservation and restoration. When using tools like ChatGPT in scientific contexts, researchers should adopt a critical approach, verifying the pr...

ChatGPT, in line with other established artificial intelligence systems, emerges as an advanced tool based on OpenAI's GPT model. This study focuses on exploring its applicability in the conservation and restoration of tropical ecosystems. A bibliometric analysis dissects the main characteristics, learning systems, and potential applications of ChatGPT. Questioned about its groundbreaking potential in the conservation and restoration of tropical ecosystems, ChatGPT outlines applications in assessment and planning, education, monitoring and rapid response, interaction with field tools, and policy support. Although ChatGPT does not inherently provide scientific support, subsequent analysis confirms that its proposals align with current trends in conservation and restoration. When using tools like ChatGPT in scientific contexts, researchers should adopt a critical approach, verifying the pr...

Biodiversity is being affected by the overexploitation of natural resources, the increase of invasive species, climate change, intensive agriculture, and livestock farming. Among these, intensive soybean cultivation has displaced other products such as rice and wheat; intensive cultivation leads to increased use of agrochemicals, which generates severe socio-environmental effects, particularly on biodiversity. The objective of the study was to compile scientific literature produced on the loss of biodiversity caused by intensive agriculture and climate change, and within them the possible effects on the interrelationship between human beings and the environment. The methodological procedure was the systematic review developed in March 2021, using Boolean operators AND, OR, NOT with terms “biodiversity”, “climate change” and “agriculture” in the Scopus, Web of Science and Scie...