AARI Winter Internship May 2024 on "Biofertilizers" for Loyola College - UG Students
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AARI is the first Algal Biotechnology Training and Research Institute in Chennai. AARI is equipped with a state-of-the-art bio-analytical lab. The prime focus of the institute is to develop an industrial-ready workforce as well as algal biotechnological entrepreneurs. Moreover, AARI is bridging between academia and biotechnology industries. We do research on Microbial and Molecular Biology. Our team members are being part of many industries as consultants.
Are you holding Master’s degree and looking for fully funded PhD positions? University in Wageningen, Netherlands invites online application for multiple funded PhD Programs / fully funded PhD positions in various research areas.
Candidates interested in fully funded PhD positions can check the details and may apply as soon as possible. Interested and eligible applicants may submit their online application for PhD programs via the University’s Online Application Portal.
In addition to these first-rate employee benefits, you will of course receive a good salary. Depending on your experience, we offer a competitive gross salary of between € 2541,-. and € 3247,-. for a full-time working week of 38 hours, in accordance with the Collective Labour Agreements for Dutch Universities (CAO-NU) (scale P).
The project will focus on the study of the relationships between objective health data and green area availability where people live, and on the health benefits that can be expected by greening residential neighbourhoods, to identify what type of nature reduces stress best in real-life settings. The goals of the project are to study the extent to which socioeconomic health disparities may be reduced by making optimal use of the stress-reducing qualities of contact with nature, and to study which types of nature are most effective in this regard for people with a low socioeconomic status.
In the proposed research project, we aim to develop a reverse approach to tackling supply chain risks. This approach starts from the conditions under which a supply chain functions well, instead of the supply chain risks themselves. This approach is inspired by risk analysis approaches in the financial world that became common practice after the 2008 financial crisis. In this project, you will further outline and detail this approach using quantitative models and methods. You will collaborate with a variety of food companies that the ORL group has strong ties with, including food processing and retail.
Food Quality and Design group of Wageningen University and Research (FQD, WUR) offers two PhD positions in Future food ingredients design to talented food technologists with an interest in advancing the field of novel food sources. As a PhD candidate, you will contribute to the development and optimization of postharvest processing of novel food sources by different technologies, and will make an impact on the future of food production. You will work with various new materials sourced from cellular agriculture, precision fermentation, edible insects, yeast, and mycelium to process and design novel food ingredients using such techniques as extrusion, aerogels, oleogels, scaffolds.
In light of a joint research initiative “Let’s go VirAL” of the Laboratory of Virology and Bioprocess Engineering we are searching for a suitable candidate for a PhD project. This project aims to unravel the life cycle of a recently isolated DNA virus that infects microalgae, to enable development of a virus-based production platform in microalgae, which is also part of the aim of this project. A combined -omics and biochemical approach will be implemented to elucidate the virus life cycle at a molecular level during the course of infection and to identify and characterize the role of viral genes; this systematic study of virus infection in relation to host fitness will be carried out in small scale photobioreactors.
The PhD candidate will develop knowledge and expertise in the field of genetics, biochemistry, virology and microalgae biotechnology. Experience with microalgae physiology and/or virological research is highly recommended, and additional expertise in bioinformatics and large data-set analysis, software (R) programming and statistical analysis preferred.
As a PhD student in Soft and Biodegradable Sensor Technology, you will contribute to the “4TU Green Sensors project”. This project is a complementary and multidisciplinary collaboration among the four Dutch universities of technology (Delft University of Technology – TU Delft, Eindhoven University of Technology – TU/e, University of Twente – UT, and Wageningen University & Research – WUR). Supporting a more digitalized and sustainable agriculture, the project aims to develop a biodegradable soil sensor network to be used to sustainably manage or control agri-food production. Mutual collaborations among researchers are central to this project.
Agricultural soils are the major source of the potent greenhouse gas nitrous oxide (N2O). There is clear potential to reduce N2O emissions by adapting nitrogen inputs and soil management. More insight is needed in the interplay of environmental, soil biological, and management factors that drive N2O emissions. You will assess mitigation strategies in field and lab experiments, including practices related to nitrogen management across various agricultural systems and soil types. You will have the opportunity to use state-of-the-art equipment and methodologies (such as isotopic labelling techniques, field gas analysers) to quantify N2O and related soil chemical and biological parameters. The results that you produce in this project will aid to a better scientific underpinning of national emission calculations and to the development of strategies to mitigate N2O emissions.
In this project you will investigate how satellite data from various sources in combination with spatial models and machine learning can be used to measure biodiversity. Biodiversity is complex, yet it is essential that measurable biodiversity indicators are developed that can be analysed with satellite data across a wide range of ecosystems including in the tropics. These indicators are essential to support, for instance, biodiversity monitoring efforts, ecosystem accounting, and the monitoring and verification of biodiversity impacts of ESG investments.
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