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Few places have been as influential as the Indian subcontinent in shaping the course of life on Earth. Yet its evolution has remained largely unchronicled. Indica: A Deep Natural History of the Indian Subcontinent fills this gap. From the oldest rocks, formed three billion years ago in Karnataka, to the arrival of our ancestors 50,000 years ago on the banks of the Indus, the author meticulously sifts through wide-ranging scientific disciplines and through the layers of earth to tell us the story of India, filled with a variety of fierce reptiles, fantastic dinosaurs, gargantuan mammals and amazing plants. Beautifully produced in full colour, with a rare collection of images, illustrations and maps, Indica is full of fascinating, lesser-known facts. It shows us how every piece of rock and inch of soil is a virtual museum, and how, over billions of years, millions of spectacular creatures have reproduced, walked and lived over and under it.
Indian diplomacy, a veteran told Shashi Tharoor many years ago, is like the love- making of an elephant: it is conducted at a very high level, accompanied by much bellowing, and the results are not known for two years. In this lively, informative and insightful work, the award-winning author and parliamentarian brilliantly demonstrates how Indian diplomacy has become sprightlier since then and where it needs to focus in the 21st century. Explaining why foreign policy matters to an India focused on its own domestic transformation, Tharoor surveys the country's major international relationships, evokes its soft power and global responsibilities, analyses the workings of the Ministry of External Affairs and parliament and assesses the impact of public opinion on government policy. Indeed, Tharoor presents his ideas about a contemporary new grand strategy for the nation, arguing that India must move beyond non-alignment to multi-alignment. This book sets out a clear vision of an India now ready to assume global responsibility in the contemporary world. Pax Indica is another substantial achievement from one of our finest Indian authors.
A wedding couple gazes resolutely at viewers from the wings of a butterfly; a portrait surrounded by rose petals commemorates a recently deceased boy. These quiet but moving images represent the changing role of photographic portraiture in India, a topic anthropologist Christopher Pinney explores in Camera Indica. Studying photographic practice in India, Pinney traces photography's various purposes and goals from colonial through postcolonial times. He identifies three key periods in Indian portraiture: the use of photography under British rule as a quantifiable instrument of measurement, the later role of portraiture in moral instruction, and the current visual popular culture and its effects on modes of picturing. Photographic culture thus becomes a mutable realm in which capturing likeness is only part of the project. Lavishly illustrated, Pinney's account of the change from depiction to invention uncovers fascinating links between these evocative images and the society and history from which they emerge.
Sebacinales have emerged as a fascinating order with mutualistic plant-fungal symbionts that consists of exclusively beneficial fungi. This volume of Soil Biology presents an overview of the current results in Sebacinales research with a focus on the potential of these fungi in crop improvement and stress tolerance. The authors demonstrate that Sebacinales are not only extremely versatile in their associations with roots, but are also almost universally present as symptomless endophytes. With this extraordinary diversity, Sebacinales with the key fungus Piriformospora indica might possess remarkable significance in natural ecosystems. Their biotechnological applications are expected to improve the quality of crops while maintaining ecologically and economically sustainable production systems.
When Tata Indica was first launched, it was more than just about another car entering the Indian automobile market. It was the launch of India's very first indigenous car, which eventually led to Tata Motors becoming one of the most trusted automobile companies in the country. Along with understanding step-by-step details about the making of the car, the book goes on to talk about how the car was received by the Indian masses, which eventually helped the growth of the Tata Group. Read on, as Harish Bhat, brand custodian of the Tata Group, details the many snippets that aided in the creation of the car, while also discussing the political, cultural and global influence it had on the country, by helping India carve a place for itself in the automobile industry.
Flower initiation in mango (var: “Mallika”) commenced at 21.83 ± 1.58 days after bud development and staminate : hermaphrodite flower ratio was 1:0.29. In each flower, one fertile and four staminoids were present. Staminate and hermaphrodite flowers opened during 0730-1000 hrs. and 0800-1100 hrs. and in them anther dehiscence occurred at 27.1 ± 3.1 and 29.3 ± 4.8 min. after anthesis, respectively. Fruit set (no./panicle) was 2.90 ±1.27 in unbagged and zero in bagged inflorescence. Total longevity of each flower was 81.96 ± 2.14 hrs. Forty five insect species found foraging on the inflorescence belonged to Hymenoptera (60%), Diptera (24.44%), Hemiptera (6.67%), Coleoptera (4.44%) and Lepidoptera (4.44%). Shannon-Weiner Diversity Index (H) values ranged from 1.201-1.586 during different hours of the day, with peak ‘H’ values during 0900-1100 hrs. (1.597-1.619). Highest ‘H’ value (1.551) was recorded at >90 per cent flowering stage. Berger-Parker index (d) for dominance during 25, 50, 75 and >90 percent flowering was highest for E. obliquus (d=0.40, 0.40, 0.36 and 0.34). E. obliquus, Chrysomya sp., A. florea and A. cerana indica spent 11.83, 8.33, 5.29 and 3.76 sec. on each flower, respectively. All four species spent maximum foraging time during 1000-1100 hrs. E. obliquus, Chrysomya sp., A. florea and A. cerana indica visited 36.38, 42.93, 57.33 and 69.40 flowers /5 min., respectively. Maximum bee visitation was recorded at 0600-0700 hrs. and 1700-1800 hrs. Further, E. obliquus, Chrysomya sp., A. florea and A. cerana indica visited 13.03, 18.18, 27.84 and 31.78 flowers per inflorescence. Significant negative correlation (p=0.001) was observed between the number of flowers visited per inflorescence and time spent w.r.t. all the four species.