The book presents literacy plans specifically designed for children living in rural societies of Nashik. It introduces essential topics such as Panchayati Raj, home-based remedies, and basic education, with an emphasis on integrating scientific understanding into everyday life.

The book comprises a collection of short stories and poems that highlight themes of traditional medicinal practices, environmental conservation, and sustainable use of natural resources, designed for both children and adults living in rural areas of Nashik,. Through engaging narratives, it explains the traditional use of leaves for treating common illnesses, emphasizes the importance of water sustainability, and encourages environmental preservation.

The book comprises a collection of short stories and poems created for children and adults residing in the rural areas of Nashik. The narratives provide insightful information about various trees and plants traditionally used in preparing medicines and organic fertilizers, highlighting the scientific principles underlying these indigenous practices.

The book contains a compilation of short stories and poems that emphasize the scientific and traditional use of plants in treating common illnesses, along with insights into soil conservation practices. It also includes thoughtful examinations of social issues affecting rural communities, encouraging awareness and dialogue. Through simple narratives, the book aims to integrate environmental science, traditional ecological knowledge, and social understanding, serving as an educational tool to promote sustainable living and community well-being.

The volume is is divided into two sections: a collection of short stories and a poetry section. The short stories focus on traditional methods of preparing herbal medicines using fruits, leaves, and plants commonly found in the local environment. Through simple narratives, the booklet introduces readers to accessible indigenous knowledge and everyday practices of natural healing. The poetry section complements the stories by reflecting on themes of nature, learning, and community.

This volume contains a collection of short stories and poems designed for Adivasi children as part of the community education programme. The stories offer simple, engaging narratives that explain traditional methods of preparing organic fertilizers using commonly available trees and plants. The poems further support learning by highlighting themes of nature, village life, and ecological awareness, making the booklet both educational and culturally rooted.

Ghinchidbai' c.1994, a literacy book by Vishwa Mandal Sevashram featuring children's songs translated into the Pawari language by Pawara community members, highlighting efforts toward indigenous language revitalization. The songs provides understanding of how indigenous people see change in weather and nature.

The article emphasizes the scientific approach to soyabean cultivation as part of efforts to promote science awareness among farmers in Maharashtra, particularly in the Baraya and Nashik regions. It discusses the agronomic principles of soil preparation, seed selection, fertilizer use, and pest control, encouraging farmers to adopt scientific farming methods over traditional trial-and-error practices.

The article serves as an educational article on scientific farming, introducing farmers to the newly developed rice variety I.R.-8, created at the International Rice Research Institute (IRRI). It highlights the importance of applying scientific knowledge in agriculture to increase productivity and food security in northern part of Maharashtra.

The article promotes scientific awareness in agriculture, focusing on the cultivation of hybrid millet (Bajra) during the Kharif season. It introduces the hybrid variety 'H.B.1', developed from the crossbreeding of two improved strains (Lift 23-A and Beel 3-V), highlighting its higher productivity and resistance compared to traditional varieties.

The article introduces farmers to scientific methods of cultivating hybrid maize, emphasizing its potential to address food scarcity and improve agricultural productivity in Maharashtra. Written in an instructional tone, it encourages farmers to adopt hybrid maize varieties such as Deccan Double Hybrid, Ranjit Bubble Hybrid, and Ganga 101 Double Hybrid, all recognized by the government for their high yield and adaptability.

The article provides detailed scientific guidance on the cultivation of French Beans (Shravan Ghevda), emphasizing the importance of incorporating vegetable farming alongside grain production for nutritional balance and economic stability. It advocates for diversified diets and health awareness, connecting agricultural practice with human well-being.

The article provides a detailed guide on traditional agricultural knowledge with modern scientific practices, the text encourages farmers to adopt transplanting and nursery methods for vegetables such as cabbage, cauliflower, brinjal, tomato, chilli, and onion. It reflects the broader science awareness initiative aimed at empowering rural farmers with practical agricultural science for increased productivity and sustainable farming.

The article titled "Guidance for Grape Growers" presents a comprehensive overview of scientific and traditional techniques in grape cultivation, emphasizing agricultural awareness and improved farming practices. It provides detailed instructions on soil selection, pruning, irrigation, pest control, and plant propagation for grapevines, with a focus on enhancing productivity and fruit quality.

The article titled "Fungi and Disease: Scabies" presents an illustrated and descriptive account of common pests and fungal diseases affecting grape cultivation, emphasizing scientific awareness among farmers. It discusses various harmful insects, including the leafhopper, white worm, red spider, and Uvarya moth and their destructive impact on grape leaves, fruits, and vines. The text identifies disease symptoms such as brown leaf spots, fruit rot, mildew, and bird's eye disease, explaining their environmental causes like humidity and poor soil drainage.

This article provides a comprehensive study on insect pests and fungal diseases affecting sugarcane cultivation, designed to promote science awareness among farmers. It explains the identification and treatment of common pests such as borers, caterpillars, whiteflies, and fungal infections, which severely reduce sugarcane yield. Detailed preventive and control measures are recommended, including soil preparation, stubble burning, pest monitoring, and the scientific use of B.H.C., D.D.T., Aldrin, Heptachlor, and Chlorodyne for crop protection.

The article provides a scientific overview of pests and diseases affecting rice cultivation, aimed at increasing science literacy among rural farmers. It describes the life cycle and behaviour of rice moths, caterpillars, and sap-sucking insects that feed on milky rice grains during the September–October growing season, leading to yield loss and poor grain quality. The text explains how these insects lay eggs on rice leaves, hatch into larvae, and rapidly spread between fields.

This article emphasizes the importance of scientific seed treatment before sowing to prevent fungal and bacterial diseases in staple crops such as wheat, rice, barley, and sorghum. It explains that many crop diseases—like bunt, flag smut, foot rot, and sorghum smut—originate from infected or poor-quality seeds, resulting in reduced yield.

This article discusses the scientific methods of onion cultivation in the Nashik district of Maharashtra, focusing on the region's leading onion-producing areas such as Lasalgaon and Pimpalgaon Baswant, known for their large-scale onion trade. Authored by J. H. Thombre, the text promotes science-based agricultural awareness by detailing the soil conditions, seed preparation, seasonal cycles, and fertilizer application essential for improving onion yield.

The article offers detailed guidelines for farmers on the safe use and handling of chemical pesticides to protect crops from pests and diseases. Written by J. H. Thombre, it emphasizes the importance of scientific awareness and safety precautions in modern agriculture. The text warns about the toxic nature of insecticides such as DDT, BHC, and Endrin, advising farmers to store chemicals securely, avoid contamination of food and fodder, wear protective gear, and refrain from eating, smoking, or spraying when injured.

The article focused on brinjal (eggplant) cultivation, describing common diseases and insect pests, their symptoms, modes of spread, and control measures. It includes information on fungal diseases such as leaf spot and wilt, physiological disorders like little leaf disease, and major pests including leaf-rolling caterpillars and shoot and fruit borers. Recommended management practices include the use of resistant varieties, removal and destruction of infected plants, and chemical control measures prevalent at the time of writing.

The article authored by J. H. Thombre (B.A.), provides detailed scientific information on the cultivation and disease management of vegetables such as brinjal, guar, and tomato. It describes common fungal and pest-related diseases like leaf blight, mildew, and fruit rot, emphasizing the importance of disease-resistant varieties, use of fungicides such as the Bordeaux mixture (3:3:50), and scientific pest control techniques. The article encourages farmers to adopt kitchen gardens for self-sufficiency and to apply scientific methods for sustainable vegetable production.

The article provides scientific guidance for farmers on identifying and controlling fungal and pest infestations in okra (bhindi) and garlic crops. It describes common problems such as yellow vein mosaic in okra, caused by whiteflies, and leaf-boring and sap-sucking insects affecting both crops. The article advises farmers to use disease-resistant varieties like "Pusasawani", uproot and burn infected plants, and apply chemical sprays such as Endrin and Andron in measured proportions.

This article provides scientific guidance on pest and fungal disease control in pea (matar) cultivation, reflecting mid-20th-century science awareness initiatives aimed at rural farmers. It explains common diseases such as root rot and powdery mildew (bhuri) caused by soil-borne and air-borne fungi. The author recommends planting disease-resistant pea varieties and applying sulphur powder (8–10 kg per acre) during flowering for effective prevention.

The article authored by J. H. Thombre provides scientific guidance on pest control in guava (Psidium guajava) and pomegranate (Punica granatum) cultivation, highlighting the need for farmer awareness and preventive care in fruit orchards of Nashik. The document discusses common pests such as fruit flies, bark borers, and fruit borers, which cause significant loss in yield.

This agricultural article by J. H. Thombre discusses the scientific and technological approaches developed to protect crops from birds and animals, highlighting innovations that reflect growing science awareness among rural farmers in Maharashtra. The author explains how traditional methods such as guarding fields manually or using pestles and slings proved insufficient against crop damage by birds and wild animals.

This article emphasizes the importance of traditional water management and irrigation methods in Indian agriculture. Written from a farmer's perspective, it reflects growing science awareness in rural farming communities, highlighting the need for efficient use of rainwater and soil conservation. The author discusses how improper water use leads to soil erosion, reduced fertility, and crop loss, stressing that productivity depends not only on rainfall but on scientific irrigation practices such as ridge irrigation, tuber ridge irrigation, and level irrigation.

This article by Vishwanath Ujjankar presents a detailed discussion on the scientific cultivation of groundnut as a summer cash crop, reflecting the growing movement for science awareness in agriculture during the 1960s. It outlines step-by-step methods for achieving higher yields through soil management, irrigation planning, seed treatment, and use of improved varieties such as Faizpur 1-5 and Spanish.

This agricultural document by P. L. Board provides a detailed scientific explanation of tobacco cultivation, processing, and grading techniques. It discusses two main species of tobacco, Nicotiana tabacum and Nicotiana rustica and highlights their chemical properties, particularly nicotine content (2–8 %). The article outlines systematic methods of nursery preparation, transplanting, fertilizer application, irrigation, and leaf curing, emphasizing how temperature control (85 °F–160 °F) and air circulation determine the quality and flavour of tobacco leaves used in cigarettes.

The article discusses the establishment and activities of the Agricultural Communication Centre at the Agricultural University, Pantnagar (Uttar Pradesh) a pioneering initiative in science-based agricultural education during India's Green Revolution. It highlights the importance of disseminating scientific research to rural farmers through innovative communication channels such as radio, television, film projectors, and visual aids. Supported by the Ford Foundation and the International Development Agency, the centre aimed to improve crop productivity by promoting modern agricultural techniques, the use of hybrid seeds, and soil and water management practices.

The article provides extensive information on the scientific cultivation of rice in the Nashik district, highlighting how agricultural science was introduced to farmers for increasing productivity. Covering approximately 9,500 acres under rice cultivation, it outlines detailed instructions on seed treatment, transplanting, fertilizer management, pest control, and use of improved rice varieties.

This agricultural publication discusses the scientific methods of castor (Ricinus communis) cultivation and its significance as an important oilseed crop in India. It emphasizes how India emerged as a leading producer of castor oil, used in machinery lubrication, soap manufacturing, paints, medicine, and bio-fuel and highlights the increasing interest of farmers in adopting modern cultivation techniques.

The article promotes science awareness by explaining the scientific methods of ginger cultivation—soil preparation, fertilization, and pest control—linking agricultural knowledge with everyday life. It also connects traditional medicine and crop science, showing how children selling herbal remedies gain awareness of the plant's cultivation, use, and economic value in rural communities

The article highlights scientific innovation in horticulture, describing how England's flower industry integrates modern fertilizers, pesticides, and transport technology. It reflects public science awareness through efficient cultivation, plant preservation, and trade systems. The text illustrates how horticulture evolved into a commercial and scientific enterprise promoting community interest in plant care and experimentation.

The article outlines the Maharashtra Prabodhan Seva Mandal's initiative to establish "Young Farmers' Boards" to promote scientific agriculture, self-reliance, and rural development. It details organizational structures, membership rules, and activities like conducting experiments, sharing agricultural innovations, and organizing study visits to research centres. Emphasizing the fusion of traditional farming wisdom with modern scientific techniques, the article reflects the 1970s movement for agricultural science awareness and community participation in rural Maharashtra.

The article discusses the cultivation of Karbai and safflower (Carthamus tinctorius) as low-cost Rabi crops suited for semi-arid regions of Maharashtra. It highlights methods of mixed cropping with wheat, gram, and jowar, and explains soil preparation, seed quantity, and fertilizer use. The text emphasizes safflower economic advantages, oil yield, and adaptability to poor soils, promoting scientific crop management and pest control.

The article presents a detailed discussion on pineapple cultivation practices in Maharashtra, focusing on its advantages as a low-cost, drought-resistant fruit crop compared to sugarcane. It describes soil preparation, methods of propagation using suckers and crowns, fertilizer application, watering, and harvesting techniques. Emphasizing scientific awareness among rural farmers, the article highlights pineapple's economic value, disease resistance, and long shelf life. It also illustrates how small-scale farmers have adopted scientific methods to achieve sustainable fruit production with limited resources.

The article elaborates on banana (Musa paradisiaca) cultivation, emphasizing scientific awareness among farmers regarding soil selection, climate suitability, and sustainable plantation methods. It details the origin of banana in Asia, its spread to Africa and America, and its extensive cultivation in India—particularly in Jalgaon and other districts of Maharashtra.

The article elaborates on the Government of India's agricultural initiatives promoting the "Green Revolution" through the adoption of multiple cropping systems. It discusses scientific farming methods such as soil analysis, balanced fertilizer use, pest control, and mechanization to achieve higher productivity within limited land. The article encourages farmers to cultivate three to four crops annually by ensuring perennial water supply, proper crop rotation, and the use of improved, disease-resistant seed varieties.

The article provides information about development of hybrid sorghum (C.S.H. No.1 and No.2, P.S.H. No.1 and No.2) by the Parbhani Research Centre, providing detailed information on soil preparation, sowing techniques, fertilizer application, pest control, and harvesting practices. It emphasizes scientific methods for higher yield and sustainable farming in semi-arid regions of Maharashtra.

The article provides detailed scientific guidance on the cultivation of hybrid millet (H.B.1), emphasizing its potential to increase yield by ten quintals per acre when cultivated with proper fertilizer and care. Developed from the parent varieties Rift 23 A and Beel 3 V, this hybrid is less susceptible to stem borer pests and requires minimal planting cost.

The article provides a scientific overview of ginger (Zingiber officinale) cultivation and its commercial processing in India, highlighting its economic and medicinal significance. It discusses botanical characteristics, soil preparation, sowing techniques, fertilization, and disease prevention methods such as the use of Bordeaux mixture to control leaf spot.

The article emphasizes banana cultivation as a sustainable and profitable crop for farmers in Maharashtra, comparing it to a "living bank in the field." It provides a detailed scientific guide to banana farming—covering soil preparation, pit spacing, irrigation cycles, and organic manure application—to enhance awareness of improved agricultural techniques among rural cultivators.

The article highlights the success story of farmer Rambhau Borse, who introduced castor oil as a cash crop in Maharashtra. It discusses how the crop, traditionally grown along the borders of sugarcane and turmeric fields, can be profitably cultivated on larger scales like in Andhra Pradesh.

The article discusses the agricultural and nutritional significance of sweet potato. It traces the crop's origin from South America and its cultivation across Indian states, emphasizing its growing importance as a supplementary food source during times of scarcity.

The article discusses about the establishment and development of the Agricultural Service Centre at Ambatha, a tribal village in Surgana taluka, Nashik. Initiated by the Maharashtra Prabodhan Seva Mandal in 1964–65, the project aimed to promote scientific agricultural practices and improve the livelihoods of tribal farmers through education and demonstration. The article also talks about the participation of over 500 villagers, including women and children, indicating strong community involvement.

The article introduces Vaishakhi Moong, a new variety of green gram developed by the Indian Agricultural Research Institute, New Delhi, for summer cultivation. It explains the scientific methods of cultivation, including seed treatment, soil preparation, irrigation management, and pest control.

The article, written by J. H. Th ombre, emphasizes the importance of land levelling and conservation techniques such as trenching, contour building, and dam construction to prevent soil erosion and increase yield. He also refers to government schemes offering loans and subsidies to promote improved agricultural practices under the Green Revolution programs of the 1970s.

The papers comprise an article describing traditional methods employed by tribal communities to locate underground water sources. It includes indicators used for identifying potential water sites and lists plant species, with their names provided in various Indian languages, that assist in discovering underground water.

The paper discusses traditional methods of water purification practiced in India since ancient times. It also lists various plants and species used by rural communities for purifying water.

The draft, with attached corrections and edits, discusses the practices of Bhagat traditional healers in comparison to allopathy. It reflects the ongoing debate highlighting that the indigenous knowledge preserved by Adivasi communities is often regarded as more reliable and effective than modern allopathic medicine.

The article "Adivasis: Primitive or Civilised?" questions the colonial view of Adivasi as "primitive." It highlights their deep ecological knowledge, sustainable agricultural practices, and self-reliant lifestyle, emphasizing the need to value and integrate indigenous wisdom into modern development.

The documents provides information about indigenous plant knowledge and traditional dietary practices related to legumes in rural and indigenous communities. It serves as a reference for researchers in ethnobotany, food studies, and sustainable agriculture.

The document presents a comprehensive ethnobotanical and scientific account of Adhatoda vasica (Adulsa), a medicinal shrub widely used across India in traditional agriculture, household practices, and medicine. It compiles information from local knowledge, classical Ayurvedic texts, and scientific sources.

The document provides an extensive ethnobotanical and scientific account of Jatropha curcas L. and Jatropha gossypifolia L., both members of the Euphorbiaceous family, known for their diverse industrial, medicinal, and ecological uses. It records vernacular names of the species across various Indian languages and regions including Marathi, Hindi, Bengali, Telugu, Kannada, Tamil, and Assamese, illustrating their widespread recognition and use.

This diary belonged to Mr. Daniel Ankaipagar and records his daily work schedule from the year 1964 to 1970, including hours of duty, shifts timing notes on meetings, and brief remarks on project, name of framers to whom the first tractor in Nashik was rented on hourly. The entries also document his travel plans, routes taken, and visits to various field sites, offering valuable insight into the day-to-day operations and outreach efforts of MPSM. The diary serves as a firsthand account of scientific innovation and logistical coordination during his tenure.

The first photograph captures a formal gathering at MPSM featuring Joseph Kückmann, MPSM staff, and representatives from Mahindra and various automobile companies, assembled to witness the demonstration of a newly converted diesel-to-petrol engine fitted in a tractor.

The second photograph shows Joseph Kückmann operating the first imported Halco Miner borewell machine from Germany, drilling in the rural areas of Nashik.

The third photograph features Mr. Daniel Ankaipagar seated inside an ambulance equipped with the converted engine, accompanied by Sisters from Krupa Prasad, Nashik.