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The paper aims to understand the process of transfer of agricultural technology, which comprises incubation of the technology business, valuation, evaluation, licensing and commercialization, to examine various dimensions of the process of technology transfer and the effectiveness of transfer object use criteria, to explore ways of sustaining incubation and commercialization through an autonomous unit responsible for technology transfer, to peruse the role of agribusiness incubators in creating an effective agri-entrepreneurship eco-system and to study the factors that promote or inhibit the sustainability of business incubators in an academic or research institution setting.

An innovative technology for production of liquid bio-fertilizers was developed and nurtured to market levels by Anand Agricultural University (AAU), a State Agricultural University in Gujarat. The technology for production of liquid bio-fertilizers, developed during 2009-2010 to 2013-2014 was licensed to some of the state public and private sector undertakings under the World Bank-financed National Agricultural Innovation Project (NAIP) implemented through Indian Council of Agricultural Research (ICAR). For commercializing the technologies from the University, a Business Planning and Development (BPD) Unit was set up at AAU along the lines of a technology transfer office, under the aegis of NAIP during later part of 2009. The NAIP funding from World Bank for BPD Units ceased in June 2014 with closure of the project. With funding no more available, Rajababu V. Vyas, a research scientist at the Microbiology and Bio-fertilizer Department of the University and Head of the BPD Unit, had serious concerns about the BPD unit’s sustainability, as well as sustaining the process of technology transfer from the University.

Anand Agricultural University (AAU), a state-run university in Gujarat, developed and incubated a technology to produce liquid biofertilizer, licensed the technology and marketed its product through a few state-run and private fertilizer firms. The technology was developed between 2009/2010 and 2013/2014 as part of the National Agricultural Innovation Project of the Indian Council of Agricultural Research with funds from the World Bank. A unit to incubate agri-businesses, referred to as Business Planning and Development Unit (BPDU), was set up in late 2009 to expedite the process of technology transfer from AAU to agribusiness firms. Rajababu V. Vyas, a research scientist at the Microbiology and Bio-fertilizer Department of the university, was concerned about the unit’s sustainability, because funding from the World Bank had ceased from June 2014, and wondered how to sustain the transfer of technology from the laboratory to the field in the light of the data available to him.

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This paper aims to evaluate of the microalgae potential for commercial application, in particular to conduct experimental study of biogenic compounds removal from sewage waters by microalgae, and to calculate economical benefits from biofertizers and biofuel production.

Experimental study in the concentration change of nitrogen and phosphorus compounds in the cultivation of Chlorella Vulgaris microalgae in various types of sewage water was carried out.

The efficiency wastewater treatment by microalgae was confirmed. The economic benefit from the biomass utilization as biofuel production was calculated.

Implementation of wastewater treatment technology with biomass recycling for biofuel and biofertilizers production will minimize the impact on the environment.

As a results of experimental studies, the ability of microalgae to reduce biogenic elements in wastewater was confirmed. Microalgae can be used both for wastewater treatment to biogenic elements removal, such as phosphorous and nitrogen compounds, and biofuel, biofertilizers production. Prospects of the commercial use of microalgae are obvious. They are specially adapted to an environment dominated by viscous forces.

The purpose of this paper is to study bio‐safe technology – impact of rhizospheric bacteria Azotobacter and Bacillus within the composition of environmentally clean complex microbiological biofertilizer “BioWais” prepared on the basis of nitrogen‐, phospho‐ and silicon‐bacterin on physiological parameters of plants: growth, productivity, the role of rhizobacteria in plants resistance to biotic and abiotic factors.

The following contemporary methods of investigation of physiological parameters of biological objects: immunoenzyme analysis of phytohormones, method of combinatory light dissemination, determination of amino acid composition of grain proteins by ion‐exchange chromatography, spectrophotometric methods were used.

The positive impact of biofertilizer “BioWais” on plant growth and development, enhancement of resistance of bacterized plants to hypothermia and pathogenic infection, increase of carotid content were demonstrated.

The bacteria under study biopreparation were shown to act as plant growth‐promoting rhizobacteria foster increase of plant anti‐oxidant protection, adaptation of seedlings to hypothermia, synthesize cytokinins and indolyl acetic acid.

Bacterial preparation increases quality and amount of agricultures yield, it may be recommended to treat seeds prior to planting with the view to stimulate germination, to enhance plants resistance to hypothermia and fungus‐induced diseases, for improvement of plant growth and development.

New, innovative, environmentally pure bacterial preparation BioWais showed significant efficiency for a number of agrocultures and may be used for acquisition of safe plant products of high quality (with high content of protein, essential amino acids and carotin, potential source of vitamin A, low content of nitrates).

Horses play an important role in the agricultural industry around the world. The equestrian sector offers new markets and sustainable business opportunities. This paper, based on a structural equation modelling approach, seeks to explore the interests of Romanian entrepreneurs in developing a sustainable business in the equestrian sector by investing in the use of horse manure. This manure is an important renewable resource in the circular economy, including in the production of bioenergy and bio-fertilizers. The present research investigates whether there is an interest in developing such a business in Romania, built around three pillars: the environment, society and the economy.

PLS-SEM is an appropriate method for this research, where prediction of interest for sustainable entrepreneurship plays a central role. In total, 153 responses have been collected and validated based on a questionnaire and the invitations to complete were sent to people who are already entrepreneurs or have intention to become entrepreneurs in the near future.

The structural model shows that society's interest has the strongest effect on developing a sustainable business model through horse manure. Surprisingly, the study does not reflect an expected correlation between the interest in the environment and the development of a sustainable business model through horse manure resulting in bioenergy.

This study contributes to arousing the interest in research and even the development of a business by presenting the sustainability factors in the horse industry and adopting technological innovations, services, products and business models. The study was conducted in Romania, where, currently, the manure produced by horses is underexploited, and the equestrian sector requires new business models, innovations and sustainable development.

The purpose of this paper is to study the effects of the herbicide triclopyr, nitrogen and their combinations on Striga incidence and sorghum growth.

A greenhouse study was undertaken in season 2013. Sorghum cv Wad Ahmed, urea and triclopyr were employed. Treatments were arranged in a randomized complete design with four replicates.

Nitrogen alone suppressed the parasite completely early in the season. Triclopyr at 0.3 and 0.4 kg a.e. ha−1 reduced Striga emergence by 92.9 and 58.3 per cent early and late in the season, respectively. Triclopyr at 0.3 kg a.e. ha−1 applied subsequent to nitrogen at 43.8 kg ha−1 effected poor control of the parasite. Unrestricted Striga parasitism reduced sorghum height and chlorophyll content by 50.38 and 16.62 per cent, respectively. Triclopyr, nitrogen and their combination improved sorghum growth considerably.

The results suggest that the herbicide when applied subsequent to nitrogen afforded the most consistent performance and resulted in the highest suppression of the parasite.

The purpose of this article is to provide information about interactions between pink-pigmented facultative methylotroph (PPFM) organisms and plants, their molecular mechanisms of methylotrophic metabolism, application of PPFMs in agriculture, biotechnology and bioremediation and also to explore lacuna in PPFMs research and direction for future research.

Research findings on PPFM organisms as potent plant growth promoting organisms are discussed in the light of reports published by various workers. Unexplored field of PPFM research are detected and their application as a new group of biofertilizer that also help host plants to overcome draught stress in poorly irrigated crop field is suggested.

PPFMs are used as plant growth promoters for improved crop yield, seed germination capacity, resistance against pathogens and tolerance against drought stress. Anti-oxidant and UV resistant properties of PPFM pigments protect the host plants from strong sunshine. PPFMs have excellent draught ameliorating capacity.

To meet the ever increasing world population, more and more barren, less irrigated land has to be utilized for agriculture and horticulture purpose and use of PPFM group of organisms due to their draught ameliorating properties in addition to their plant growth promoting characters will be extremely useful. PPFMs are also promising candidates for the production of various industrially and medicinally important enzymes and other value-added products. Wider application of this ecofriendly group of bacteria will reduce crop production cost thus improving economy of the farmers and will be a greener alternative of hazardous chemical fertilizers and fungicides.

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Every year, tonnes of flower waste from religious places is dumped into India’s holiest river Ganges, polluting it to virtual death. Pesticides and insecticides used in growing these flowers mix with the water, affecting millions of lives through water-borne diseases. Most others may just lament these facts, Ankit Agarwal and Karan Rastogi, childhood friends from Kanpur, used them as inspiration to innovate. Two years of relentless experimentation led to a brilliant idea; that of recycling the flower waste. They founded HelpUsGreen® in 2014 to convert the waste into bio-fertilisers and lifestyle products. Widely appreciated and heavily awarded now, success has not come easy for this well-educated duo. HelpUsGreen® processes hundreds of kilos of flower waste, creating employment for hundreds of underprivileged women. An entirely bootstrapped project with no carbon foot print, the venture hopes to revive the Ganges through Flowercycling®. Currently at 8.5 tonnes per day and at the tipping point of scaling, HelpUsGreen® hopes to process over 50 tonnes of flower waste per day by 2020. Apart from the environmental impact, HelpUsGreen® has achieved huge societal impact, employing over a thousand women who did not previously have formal employment. What also makes the social entrepreneurs stand apart is their entrepreneurial market savviness. They have positioned their products not at the sympathy market but at the high-end premium market. Their products sell under the name ‘Phool’. HelpUsGreen® has set its eyes firmly on spreading operations across 2,000 kilometres along the Ganges and creating over 25,000 jobs for women.

This study acclaims the social entrepreneurship based on cow rearing experiential tourism in Himachal Pradesh. This study aims to illustrate the role of indigenous cows in the Indian society, especially in the Northern Mountain regions by taking Kangra district of Himachal Pradesh as an exemplar. This study highlights the relevance of experiential tourism that elucidates on the basis of cow tourism pertaining to health, mental and spiritual rejuvenation. Lastly, the paper is an attempt to integrate social entrepreneurship and cow tourism highlighting the relevance of experiential economy in empowering the local community.

The case study elucidates on the whence of Swadeshi Kamdhenu Gaushala (SKG), an initiative of Mr Rishi Dogra and Mr Rajesh Dogra, their immaculate micro-management and its benefits to the local community. It highlights how SKG is uplifting the socio-economic standards of the local villagers and providing a distinctive learning experience of indigenous knowledge to visitors. This study is qualitative in nature that uses narrative analysis of secondary data to recognise the importance of indigenous Indian cows, and case study analysis of interviews of SKG proprietors to understand the micro-management, production of organic products and community engagement in their social entrepreneurship.

The SKG is not only helping the local community in their livelihood but also creating value and positioning to the place on the tourist map. This study sheds some light on the importance of cow products in sectors such as agriculture, green energy and for human health and nutrition. The study also crystallizes the challenges faced by the cow rearers, at last the paper sorted out the benefits of cow tourism and how it can result in community empowerment and development.

The case study on SKG helps us in understanding the importance of social entrepreneurs in community empowerment and also the intervention of tourism in the sector that can bring new and different vertical to the tourism industry with experiential learning of the tourist, which results in knowledge sharing about the benefits of Indian cows and helps in creating and placing such destinations on tourist maps. This study attempts towards contributing to the existing knowledge, highlighting the benefits of social entrepreneurship and cow tourism for the society in general and local community in particular.

This study investigates the impact of contract farming in onion, okra and pomegranate production on profits of smallholder farmers in India. It also investigates the determinants of farmers’ participation in contract farming. The study is based on a survey of 1,131 farmers from Maharashtra, India engaged in the cultivation of these three crops.

This study uses instrumental variable regressions and quasi-experimental methods to decipher the impact of contract farming.

The study reveals that contract farming ensures higher returns for smallholders, enables their access to high-end markets and brings in risk-sharing with protection during price fluctuations. Farm size and farmers’ risk perceptions are significantly associated with their participation in contract farming.

The study is based on cross-sectional data, which presents limitations on considering unobserved farmer-level individual heterogeneity.

The study shows that contracts highlight the functioning of the contractor/integrator on both the input and output sides of the market. By providing better-quality inputs on credit and at discounted prices and by providing training, the integrator helps small farmers meet international food safety and quality standards, a historically difficult challenge for smallholders in India.

The purpose of this paper is to describe the provision of existing learning object repositories with enhanced forms of describing digital resources on organic agriculture and agroecology.

The approach followed was to investigate non‐invasive techniques for semantic annotation of learning objects, for which use was made of two tools. The first tool was a software application for the automated classification of learning resources stored in public learning object repositories. The second tool was an ontology in OWL derived from the knowledge in the Agrovoc thesaurus.

Current digital repositories for educational resources and open access archives provide scholars with a number of features, such as the ability to search for materials according to given criteria, or to retrieve the full content of those materials from the repository. Many provide advanced features as well, such as browsing, assessing and collaboratively peer reviewing learning resources, but at the cost of using the specific tools and interfaces provided by each repository.

This research is part of the EU‐funded project Organic.Edunet, aimed at facilitating access, usage and exploitation of digital educational content related to organic agriculture and agroecology (OA&AE). Consequently, knowledge representation, thesauri and the educational resources reported herein are deliberately focused on the OA&AE domain, even though the concepts and techniques utilized may be easily applied in other contexts.

The paper describes two new approaches aimed at enhancing availability of learning resources: the potential use of ontologies for the description of learning resources, and the full use of the classification category in the IEEE LOM metadata standard.