Flowering phenology of 475 herbaceous and 348 arborescent taxa that form the vegetation of Shervaroys (Eastern Ghats: South India) was studied in relation to growth form, altitude and vegetation type. It was found that the majority of the herbaceous taxa flowered following rains while the arborescent taxa bloomed predominantly during the dry period irrespective of altitude and vegetation type.Nomenclature: Flora of the TamilNadu Carnatic, The Rapinat Herbarium, Tiruchirapalli, India.

Recent international policy resolutions have recognized the importance of indigenous knowledge and potential of native medicinal plants in providing health and equitable benefits to the indigenous communities. Lack of knowledge on available native medicinal plants and their health potential may result in inappropriate health care practices causing ailments and associated problems. Oil palm is among the plants that are widely used by the traditional natives of West Africa. Every part of the oil palm has domestic, economic, environmental and medicinal values. This review aims at exploration, perpetuation and preservation of indigenous knowledge on oil palm for health and equitable benefits for incorporation of the same into primary health care system. The traditional medicinal uses of oil palm by indigenous communities are well known from the bibliographical records. The literature consulted for this review was obtained from Medline, PubMed, Embase, Science Direct, Scopus, SID and Google Scholar search carried out from October, 2018 to November, 2018. The literature survey and screening of data revealed that preparations from different parts of Elaeis guineensis are widely used in traditional medicine by the indigenous communities, with most of the uses relating to leaf, fruit, seed, infructescence/inflorescence, root and heart. E. guineensis is used in traditional medicine mostly without being mixed with other plants, and less commonly in mixtures, sometimes in mixture with products of animal origin to treat ailments like malaria,

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A landscape is a mosaic of natural and/or artificial communities and waterbodies and may contain several distinct ecosystems. Human life depends on many services delivered by the water-based aquatic and land-based terrestrial ecosystems. A wide variety of aquatic ecosystems exist and although they represent a low percentage of the Earth's surface, their roles and functions make them crucial. Aquatic ecosystems especially inland aquatic ecosystems are rich in biodiversity and home to a diverse array of species and habitats, providing numerous economic and societal benefits to humans. Understanding diversity of aquatic ecosystems within landscape is a fundamental goal of both basic and applied ecological research. This study recognizes, defines, classifies, characterizes and compares for the first time the aquatic resources vis-à-vis aquatic ecosystems in the landscape of Adilabad District, Telangana, "Deccan Region", India, which was selected as the study area. The study was based on a review of available data on aquatic ecosystems in the District, discussions with key personnel, a week day reconnaissance survey over the study area during the pre-and post-monsoon season and a week day field visit during the dry season, 2010-11 by Vegetable Research Station, Rajendranagar in collaboration with National Bureau of Plant Genetic Resources, Regional Station, Rajendranagar. The study recognizes inland waters as important landscape features and reports exclusively freshwater in these inland waters across the study area. About 4.

We are in the Anthropocene and recent studies have revealed that conventional land management strategies diminished natural landscapes and created anthropogenic ones. The classification and characterization of landscapes, therefore, provide a mechanism for quantifying anthropogenic changes to the landscape systems in the Anthropocene. This study was aimed at classifying and characterizing landscapes in the territory of Adilabad District, Telangana, Deccan region, India, which was selected as the area of case study. It was a multi-method approach, where ecogeographic and environmental data were gathered using user/visual-based approach, while socio-economic data were gathered through direct observations, interviews, focus group discussions, questionnaires and literature surveys. The data were analyzed using descriptive and inferential statistics. The study was undertaken by National Bureau of Plant Genetic Resources, Regional Station, Rajendranagar in collaboration with Vegetable Research Station, Rajendranagar during 2010-2012. In the District, a very wide range of land use types was observed. In the last 60 years, the District's landscape has undergone a remarkable transformation and fragmentation as a consequence of anthropogenic activities like deforestation, agriculture expansion, intensive agriculture, transport infrastructure, urbanization, trade, tourism and recreation. The results revealed that there is a growing body of evidence supporting the hypothesis that the geographical space, which is a mosaic of natural and anthropogenic landscapes (semi-natural and artificial landscapes), is limited in the District. Hills, valleys, forests, rivers, streams, waterfalls and lakes were certain natural landscapes with little or no human impact found in the District. Traditional land management strategies including burning and clearing practiced by indigenous tribal communities, the na- 2/38OALib Journal tive inhabitants of the area, have diminished natural landscapes and created semi-natural and artificial landscapes. Complex interactions between humans and nature resulted in a rich amalgam of anthropogenic landscapes and new ecosystems and habitats were created in urban, rural and tribal areas. The artificial landscapes are classified into three main categories: urban, rural and tribal landscapes based on the dominant human societies inhabiting them in the District. Our study identifies the same importance to all types of landscapes: thus natural, semi-natural, tribal, rural, urban landscapes are the key factors in cultural identity of the District. Our work on landscape analysis as a tool for the strategic assessment of the case study area enabled us to use user/visual-based approach based on the assessment of the visual fields of the District.