An investigation into observational characteristics of rainfall and temperature in Central Northeast India—a historical perspective 1889–2008

Mann–Kendall non-parametric test was employed for observational trend detection of monthly, seasonal and annual precipitation of five meteorological subdivisions of Central Northeast India (CNE India) for different 30-year normal periods (NP) viz. 1889–1918 (NP1), 1919–1948 (NP2), 1949–1978 (NP3) and 1979–2008 (NP4). The trends of maximum and minimum temperatures were also investigated. The slopes of the trend lines were determined using the method of least square linear fitting. An application of Morelet wavelet analysis was done with monthly rainfall during June– September, total rainfall during monsoon season and annual rainfall to know the periodicity and to test the significance of periodicity using the power spectrum method. The inferences figure out from the analyses will be helpful to the policy managers, planners and agricultural scientists to work out irrigation and water management options under various possible climatic eventualities for the region. The long-term (1889–2008) mean annual rainfall of CNE India is 1,195.1 mm with a standard deviation of 134.1 mm and coefficient of variation of 11%. There is a significant decreasing trend of 4.6 mm/year for Jharkhand and 3.2 mm/day for CNE India. Since rice crop is the important kharif crop (May– October) in this region, the decreasing trend of rainfall during themonth of July may delay/affect the transplanting/vegetative phase of the crop, and assured irrigation is very much needed to tackle the drought situation. During themonth of December, all the meteorological subdivisions except Jharkhand show a significant decreasing trend of rainfall during recent normal period NP4. The decrease of rainfall during December may hamper sowing of wheat, which is the important rabi crop (November–March) in most parts of this region. Maximum temperature shows significant rising trend of 0.008°C/year (at 0.01 level) during monsoon season and 0.014°C/year (at 0.01 level) during post-monsoon season during the period 1914– 2003. The annual maximum temperature also shows significant increasing trend of 0.008°C/year (at 0.01 level) during the same period. Minimum temperature shows significant rising trend of 0.012°C/year (at 0.01 level) during postmonsoon season and significant falling trend of 0.002°C/year (at 0.05 level) during monsoon season. A significant 4– 8 years peak periodicity band has been noticed during September over Western UP, and 30–34 years periodicity has been observed during July over Bihar subdivision. However, as far as CNE India is concerned, no significant periodicity has been noticed in any of the time series.

International Trade and Cochin Port A Historical. and statistical Analysis -- 1881-1980

The overall focus of the thesis involves the International trade and cochin port a historical and statistical analysis 1881-1980.Analysing the trend of exports and imports through cochin port during the course of the last hundred years .This analysis has brought to light some very pertinent facts which , in our opinion,deserve serious consideration of the policy makers,the partise involved in trade and those who are interested in the development of the cochin port.Our study is restricted to twelve commodities -ten commodities of exports and two commodities of imports.The study reveals that the commodities that were exported from cochin are subjected to fluctuations -some mild and others wild. The projections only indicate the potential and unless we are very cautious the chance will be taken away by our competitors .With reference to the development of the port in particular and the states economy in general we would like to make a suggestion .This suggestion relates to declaring cochin as a free port .This will go a long way in the develppment of the port and the state's economy.The sooner it is done the better for the port and the state.

Sustainable Watershed Management: Illusion or Reality? A case of Kerala State in India

Soil erosion is more detrimental and affects the chemical, physical and biological properties of the soil. Degradation of soil and water resources is a worldwide problem. Over the next two decades, it is expected that the world will need 17% more water to grow food for the increasing population in developing countries and that total water use will increase by 40%. The total land area subjected to human-induced soil degradation is estimated as 20 x 106 (km)2 Hence conservation of soil and water is essential for the subsistence of life. This can be made possible through sustainable watershed management. This thesis aims at investigating the condition under which sustainable watershed management is possible in Kerala, in South India. The research has been carried out in three stages. In the first stage a conceptual framework is formulated (Chapter 3) based on the relevant literature (Chapter 2) in the field of watershed management. In the second stage this framework is applied to two existing case studies in Kerala State (Chapter 4). In the third stage, the methodology is used to test out geo textile innovation (Chapter 5) in two field experiments (Chapter 6).

‘Hindi Aur Konkani Saninaom Ka Aitihasik EvamTulanatmak Adhyayan’ ’ _ ‘(HISTORICAL AND COMPARATIVE STUDY oF HINDI AND KoNKANi NOUNS

Hindi

AN ANALYTICAL STUDY OF THE HISTORICAL NOVELS OF RANGEY RAGHAV

HINDI

HISTORICAL DRAMAS IN HINDI (KHADIBOLI) WITH SPECIAL REFERENCE TO‘ HARIKRISHNA PREMI

HINDI

Palestinian Non-Governmental Organisations caught between Reality and Challenges

Non-governmental Organisations (NGOs) have not only gained more and more relevance in the development process of Near Eastern developing societies, but they have also raised an increasing scholarly interest. The traditional civil society in the Middle East, which used to be in charge of the tribe or large families, has been altered by new groups, which are organized around new social structures, interests and goals. The number of NGOs has experienced a swift increase in number and size, and the extent of some renders them important players in the social welfare sector, both at the national and global levels. The expansion and the increasing role of NGOs worldwide since the end of the 1970s as actors in socio-economic development and in the formulation of public policies has had great influence around the globe. However, this new function is not automatically the outcome of independent activity; but rather the result of ramified relationships between the national and international environment.

Von "weiblichen Vollmenschen" und Klassenkämpferinnen

Zusammenfassung zur Inaugural-Dissertation: Von „weiblichen Vollmenschen“ und Klassenkämpferinnen – Frauengeschichte und Frauenleitbilder in der proletarischen Frauenzeitschrift „Die Gleichheit“ (1891-1923). Die wissenschaftliche Bedeutung, die der SPD-Frauenzeitschrift „Die Gleichheit“ (1891-1923) als Quelle der Geschichte der Frauenbewegung zukommt, spiegelt sich weder in Darstellungen zur Geschichte der SPD noch in der Geschichtsschreibung der deutschen Frauenbewegung wider. Auch ist die „Gleichheit“, Presseorgan der organisierten proletarischen Frauenbewegung Deutschlands und der Sozialistischen Fraueninternationale, bisher kaum Gegenstand einer umfassenden publizistischen Analyse gewesen. Es galt daher, zumindest das Hauptblatt der „Gleichheit“, die an ihr beteiligten Personen, ihre Strukturen und ihr Selbstverständnis möglichst detailliert und anhand publizistischer Kriterien darzustellen. Wandlungen ihres Erscheinungsbildes, ihrer editorischen und personellen Strukturen oder ihres Seitenumfangs markieren entscheidende Wendepunkte der deutschen Politik während des deutschen Kaiserreichs und der Weimarer Republik. Ihr Niveau lag deutlich über dem einer allgemeinen Frauenzeitschrift, eines Mitteilungs- oder Unterhaltungsblattes. Ihr Ziel war es, sowohl politisches Schulungsblatt für die engagierten Genossinnen als auch Agitationsmittel für die indifferenten Proletarierinnen zu sein. Inwieweit sie mit dieser Zielsetzung erfolgreich war, kann jedoch selbst die große Zahl ihrer Abonnements (der Höchststand lag 1914 bei 124.000 Exemplaren) nicht validieren. Tatsächlich ließ gerade der von ihrer langjährigen Redakteurin Clara Zetkin (1857-1933) angestrebte hohe intellektuelle Anspruch die „Gleichheit“ jedoch nicht zu einem Medium der Massen werden. Im Mai 1917 entschied sich der SPD-Parteivorstand, der dem Burgfrieden abträglichen, konsequent sozialistischen und internationalistischen Haltung Zetkins keine öffentliche Plattform mehr zu geben und entließ sie aus der Redaktion. Die Leitung der „Gleichheit“, die auch bis zu diesem Zeitpunkt durchaus keine „One-Woman-Show“ war, oblag schließlich bis zu ihrem letztmaligen Erscheinen im September 1923 noch einigen weiteren Redakteurinnen und Redakteuren (Marie Juchacz (1879-1956), Heinrich Schulz (1872-1932), Clara Bohm-Schuch (1879-1936), Elli Radtke-Warmuth (?-?) und Mathilde Wurm (1874-1935)). Deren Tätigkeit für die „Gleichheit“ wurde jedoch bisher kaum wissenschaftlich reflektiert. Dies gilt auch für die ausgesprochen internationale Zusammensetzung oder die männlichen Mitglieder des MitarbeiterInnenstabes. Indem sie sich selbst in der Tradition und als Teil eines Netzwerkes deutscher Frauen­öffentlichkeit („Die Frauen-Zeitung“ (1849-1852), „Die Staatsbürgerin“ (1886) und „Die Arbeiterin“ (1890-1891)) sah und indem sie besonders mittels frauen­geschichtlicher und frauenbiographischer Inhalte das Selbstbewusstsein ihrer Leserinnen zu fördern versuchte, betrieb die „Gleichheit“ gezielt Frauengeschichtsschreibung. Zahlreiche Artikel porträtieren Frauen aus Geschichte und Gegenwart und stellen in ihrem elaborierten Stil „Typen“ bzw. „Vorbilder“ dar. Um die Frage beantworten zu können, welche Frauen der Geschichte und welche ihrer Charaktereigenschaften von der „Gleichheit“ als vorbildlich für Sozialdemokratinnen erachtet wurden, wurden die biographischen Artikel zu 173 Frauen nach Analyse ihrer Inhalte und ihres Duktus vier Frauenleitbildern zugeordnet. Die Kategorisierung der einzelnen Frauenleitbilder „weiblicher Vollmensch“, „sozialistische Mutter“, „sozialistische Ehefrau“ und „Klassenkämpferin“ lehnt sich wiederum an den von Zetkin bereits 1898 veröffentlichten Artikel „Nicht Haussklavin, nicht Mannweib, weiblicher Vollmensch” (Die Gleichheit, Jg. 08/ Nr. 02/ 19.11.1898/ S. 1.) an. Sämtliche frauenbiographischen Artikel appellieren an die „Gleichheit“-Leserinnen, die oft selbst gesetzten Grenzen ihrer Handlungs – und Entwicklungsmöglichkeiten zu sprengen. Die sich daraus ableitenden Identifikationsangebote waren somit nicht auf dem Reissbrett ent­worfen, sondern basierten auf geschichtlicher Erfahrung und antizipierendem Bewusstsein. Diese Leitbilder versuchten, Realität und Utopie miteinander zu verbinden und konnten daher kaum frei von Widersprüchen sein. Wie die „Gleichheit“ selbst, so blieben auch ihre Ansätze politischer Frauen­bildung teilweise zwischen revolu­tionärem Umsturz und traditioneller Kontinuität gefangen. Indem sich die „Gleichheit“ historischer Vorbilder bediente, machte sie jedoch konkrete Ansprüche geltend: Sie forderte den weiblichen Anteil an Geschichte, an politischer Macht und am öffentlichen Bewusstsein.

Agri-environmental evaluation of traditional and alternative corn production systems in Chiapas, Mexico

This study evaluates the effects of environmental variables on traditional and alternative agroecosystems in three Ejidos (communal lands) in the Chiapas rainforest in Mexico. The tests occurred within two seasonal agricultural cycles. In spring-summer, experiments were performed with the traditional slash, fell and burn (S-F-B) system, no-burn systems and rotating systems with Mucuna deeringiana Bort., and in the autumn-winter agricultural cycle, three no-burn systems were compared to evaluate the effect of alternative sowing with corn (no-burn and topological modification of sowing). The results show a high floristic diversity in the study area (S_S = 4 - 23%), with no significant differences among the systems evaluated. In the first cycle, the analysis of the agronomical variables of the corn indicated better properties in the fallowing systems, with an average yield of 1950 kg ha^‑1, but there was variation related to the number of years left fallow. In the second cycle, the yields were positive for the alternative technology (average yield 3100 kg ha^‑1). The traditional S-F-B systems had reduced pests and increased organic matter and soil phosphorous content. These results are the consequence of fallow periods and adaptation to the environment; thus, this practice in the Chiapas rainforest constitutes an ethnocultural reality, which is unlikely to change in the near future if the agrosystems are managed based on historical principles.

Enhanced Reality Visualization in a Surgical Environment

Enhanced reality visualization is the process of enhancing an image by adding to it information which is not present in the original image. A wide variety of information can be added to an image ranging from hidden lines or surfaces to textual or iconic data about a particular part of the image. Enhanced reality visualization is particularly well suited to neurosurgery. By rendering brain structures which are not visible, at the correct location in an image of a patient's head, the surgeon is essentially provided with X-ray vision. He can visualize the spatial relationship between brain structures before he performs a craniotomy and during the surgery he can see what's under the next layer before he cuts through. Given a video image of the patient and a three dimensional model of the patient's brain the problem enhanced reality visualization faces is to render the model from the correct viewpoint and overlay it on the original image. The relationship between the coordinate frames of the patient, the patient's internal anatomy scans and the image plane of the camera observing the patient must be established. This problem is closely related to the camera calibration problem. This report presents a new approach to finding this relationship and develops a system for performing enhanced reality visualization in a surgical environment. Immediately prior to surgery a few circular fiducials are placed near the surgical site. An initial registration of video and internal data is performed using a laser scanner. Following this, our method is fully automatic, runs in nearly real-time, is accurate to within a pixel, allows both patient and camera motion, automatically corrects for changes to the internal camera parameters (focal length, focus, aperture, etc.) and requires only a single image.

An Application of Augmented Reality (AR) in the Teaching of an Arc Welding Robot

Augmented Reality (AR) is an emerging technology that utilizes computer vision methods to overlay virtual objects onto the real world scene so as to make them appear to co-exist with the real objects. Its main objective is to enhance the user’s interaction with the real world by providing the right information needed to perform a certain task. Applications of this technology in manufacturing include maintenance, assembly and telerobotics. In this paper, we explore the potential of teaching a robot to perform an arc welding task in an AR environment. We present the motivation, features of a system using the popular ARToolkit package, and a discussion on the issues and implications of our research.

Assembly Design and Evaluation in an Augmented Reality Environment

The technologies and methodologies of assembly design and evaluation in the early design stage are highly significant to product development. This paper looks at a promising technology to mix real components (e.g. physical prototypes, assembly tools, machines, etc.) with virtual components to create an Augmented Reality (AR) interface for assembly process evaluation. The goal of this paper is to clarify the methodologies and enabling technologies of how to establish an AR assembly simulation and evaluation environment. The architecture of an AR assembly system is proposed and the important functional modules including AR environment set-up, design for assembly (DFA) analysis and AR assembly sequence planning in an AR environment are discussed in detail.

Assembly Guidance in Augmented Reality Environments Using a Virtual Interactive Tool

The application of augmented reality (AR) technology for assembly guidance is a novel approach in the traditional manufacturing domain. In this paper, we propose an AR approach for assembly guidance using a virtual interactive tool that is intuitive and easy to use. The virtual interactive tool, termed the Virtual Interaction Panel (VirIP), involves two tasks: the design of the VirIPs and the real-time tracking of an interaction pen using a Restricted Coulomb Energy (RCE) neural network. The VirIP includes virtual buttons, which have meaningful assembly information that can be activated by an interaction pen during the assembly process. A visual assembly tree structure (VATS) is used for information management and assembly instructions retrieval in this AR environment. VATS is a hierarchical tree structure that can be easily maintained via a visual interface. This paper describes a typical scenario for assembly guidance using VirIP and VATS. The main characteristic of the proposed AR system is the intuitive way in which an assembly operator can easily step through a pre-defined assembly plan/sequence without the need of any sensor schemes or markers attached on the assembly components.