The agreement with the National Natural Science Foundation of China (NSFC) aims to implement scientific and technological cooperation between researchers in China and the State of São Paulo, Brazil, by jointly funding projects in areas of common interest.
Bemisia tabaci is a significant global agricultural pest, primarily due to its role as a vector for plant viruses. Among these, tomato severe rugose virus (ToSRV) is one of the most prevalent begomoviruses affecting tomato crops in Brazil. In conditions of high inoculum and vector pressure, ToSRV can cause damage, with yield losses reaching up to 100%. Current control strategies predomina…
Under the background of the globalization of fruits supply chain, the international scientific and technological cooperation collaborates to explore the key scientific issues of fruit cold chain environment monitoring and quality control. The proposed project aims to enhance the quality and efficiency of fruit industry, improve the utilization rate of postharvest resources. In view of the…
This research proposal aims to address the timely important challenge of reducing green house gas (GHG) emissions in agricultural systems, particularly in China and Brazil, which are significant contributors to global emissions. The study focuses on diversified planting systems, specifically integrated grain-cover crop systems, which have the potential to enhance soil carbon sequestration…
(Only some records are available in English at this moment)
The groups from University of São Paulo (USP) and Xi'an Jiaotong University are expert in paleoclimate reconstruction based on the speleothem stable isotope records. The joint research by these groups based in China and Brazil are highly complementary because they have produced most of speleothem records from South America, East Asia and India monsoons and when combined can bring a unique…
This cooperative proposal meets the requirements of sub-question 3 ("Future change prediction and risk averaging of extreme climate events. For China and Brazil, develop predicting technologies and methods for different time periods in the future, make refined prediction of future changes and risks of extreme climate events at the regional scale, improve the accuracy of predictions in ord…
This proposal aims to improve our understanding about the accumulation and emission of carbon in coastal wetlands developed near the mouth of large rivers. These areas have a crucial role for the carbon budget in continental and marine ecosystems. Thus, the presented proposal is in line with research theme 4 of funding direction 2 listed in the project description, namely "Carbon sink pro…
Drivers of leafing phenology are still unknown for most plant systems, especially in the tropics (Morellato et al. 2016, Abernethy et al. 2018). A wide range of leafing patterns strategies has been observed for the tropics, as well as climate seasonality varies in the intensity and length of dry season (Reich, 1995, Camargo et al., 2018). Identifying the proximate drivers regulating tropi…
This research plan is part of the FAPESP/NSFC 2022/07974-0, entitled: "Synergistic effects of climate change and land use on carbon source and sink of Amazon Forest ecosystem". This project intends to increase the scale of representativeness of local measures to the regional scale, as well as assessing the relative importance of different processes in the interaction forest-atmosphere-clo…
(Only some records are available in English at this moment)
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