Universidad de Alcalá-OTRI posted this:Service of plant in vitro culture and genetic characterization, focused on forest tree species.The research group on Agroforestry Biotechnology at Alcalá University and the INIA's Unit on Forest Tree Genomics offer a mixed service consisting of micropropagation and plant genotyping, focused on forest tree species, through in vitro culture and molecular markers of high discriminatory power. The in vitro culture is carried out at facilities of Alcalá University, being the INIA the institution in charge of the plant genotyping for their delivery once they have been molecularly characterized. Other plants obtained by other means can be also genotyped as well. Both institutions seek to reach commercial agreements with forestry, reforestation, horticultural companies, plant nurseries, companies specialized on cultivation of woody species to obtain biomass, agrarian transformation companies, ornamental companies and municipalities or local administrations interested in the maintenance of native species. Also, this service would be of special interest for pharmaceutical companies in obtaining bioproducts in general (i.e. willow-Acetyl Salicylic Acid, yew-Taxol, Maritime Pine-Pycnogenol and other active ingredients), and chemical companies interested in obtaining resins and other derivatives.
IMDEA Water Institute posted this:Geomatics laboratory for water resources managementIMDEA Water works on the methodological development and application of different spatial tools to support water resources management, including environmental mapping, remote sensing, the design and implementation of spatial databases and geoportals, applications for provisioning networks, and hydrological and hydrogeological modelling. New spatial information sources (LIDAR, GPS, digital terrain models, high-resolution imaging or drones) enable us to create new, high-resolution thematic mappings. Remote sensing techniques help derive biophysical vegetation variables (vegetation indices, water stress, agricultural output, crop evapotranspiration, etc.), geological mapping, soil usage, etc. Spatial databases record and order this information, forming a Hydrological Information System able to analyse the topological and quantitative relationships of different variables, the development of advanced 3D mapping and its implementation in web geoportals. Hydrogeological modelling by means of individual numerical models and/or coupled with hydrogeochemical models allows us to assess water resources in terms of their quantity and quality, and can be the basis for decision-making on the issue of water resources, both for surface water and groundwater bodies. Combining the extraction of data contained in old mappings and geo-positioning techniques with GPS allows the identification of hydraulic heritage elements for the development of decision-making support strategies.
IMDEA Water Institute posted this:Ecological assessment of groundwater and groundwater dependent ecosystemsAn integrated management of groundwater resources requires a complete monitoring of biological, ecological and physical-chemical water properties in order to enhance our understanding on the ecosystem services they provide. IMDEA Water offers environmental services and fauna survey in groundwater (GW) and groundwater dependent ecosystems (GDEs) (i.e. the hyporheic zone of rivers, wetlands) for the groundwater resource sector. In order to ensure an adequate quality of groundwater for urban and rural consumption and considering the protection of aquatic resources to accomplish the directives regulations concerning water resources (Water Framework Directive, WFD 2000/60/EC, Directive on Environmental Quality, DEC 2008/105/EC and Groundwater Directive, GWD 2006/118/EC), we offer our integrated environmental consulting service on ecological assessment of GW and GDEs using a combination of traditional and innovative techniques for monitoring, evaluation and ecological analysis of GW biotic communities. We provide cost effective project solutions and outstanding client relations by delivering scientifically rigorous surveys on groundwater ecosystems.