A5056357123- Climate variability and models
- Atmospheric and Environmental Gas Dynamics
- Peatlands and Wetlands Ecology
- Wind Energy Research and Development
- Marine and fisheries research
- Plant responses to elevated CO2
- Marine Ecology and Invasive Species
- Meteorological Phenomena and Simulations
- Soil Carbon and Nitrogen Dynamics
- Maritime Transport Emissions and Efficiency
- Identification and Quantification in Food
- Species Distribution and Climate Change
- Atmospheric Ozone and Climate
- Marine and environmental studies
- Energy Load and Power Forecasting
- Atmospheric chemistry and aerosols
- Ecology and Vegetation Dynamics Studies
- Hydrology and Watershed Management Studies
- Coral and Marine Ecosystems Studies
- Fish Biology and Ecology Studies
- Climate change impacts on agriculture
- Advanced Data Processing Techniques
- Ichthyology and Marine Biology
- demographic modeling and climate adaptation
- Cultural and Sociopolitical Studies
İskenderun Technical University
2016-2024
Joint Research Centre
2015-2017
Justus-Liebig-Universität Gießen
2010-2013
Chalmers University of Technology
2012
Abstract The Paris Agreement of the United Nations Framework Convention on Climate Change aims not only at avoiding +2°C warming (and even limit temperature increase further to +1.5°C), but also sets long‐term goals guide mitigation. Therefore, best available science is required inform policymakers importance and adaptation needs in a +1.5°C warmer world. Seven research institutes from Europe Turkey integrated their competencies provide cross‐sectoral assessment potential impacts...
Abstract The efforts to explain the ‘missing sink’ for anthropogenic carbon dioxide (CO 2 ) have included in recent years role of nitrogen as an important constraint biospheric fluxes. We used Nitrogen Carbon Interaction Model (NCIM) investigate patterns and storage different compartments terrestrial biosphere a consequence rising atmospheric CO concentration, combination with varying levels availability. This model has separate but closely coupled cycles focus on soil processes soil–plant...
The warming in the inner seas could not be more important and time is certainly running out for it.This study highlights results about detectable predictable of sea surface temperature (SST) Mediterranean Sea.The featured analysis SST based on remote sensed corrected data period 1986-2015, predicted by using a linear black box model 2015-2100.The 30-year (1986The ( -2015) ) shows an increase 0.4 ºC per decade.The most fluctuation monthly was generally detected at beginning summer period.In...
Surface temperature of the Black Sea increased due to climate change during 20th century and continues rise. Here we present by in situ data‐corrected remote‐sensed SST data covering a 34‐year period (1982–2015). Using linear black box model, predicted surface (SST) up 2100. During study period, detected 0.64 °C increase per decade. The largest monthly fluctuations were late summer (August) autumn (November). rate has almost caught with worst scenario for future. At end this century,...
Wheat yield variability will increase in the future due to projected extreme weather events and long-term climate change effects. Currently, regional agricultural statistics are used monitor wheat yield. Remotely sensed vegetation indices have a higher spatio-temporal resolution could give more insight into crop In this paper, we (i) evaluate possibility use Normalized Difference Vegetation Index (NDVI) time series estimate Latvia (ii) determine which variables impact changes using both...
Atmospheric CO2 has been dramatically increasing since beginning of the industrial time (i.e. 1860), being one main driver for climate change at regional and global level. The in concentration atmosphere, together with that temperature, precipitation and/or so radiation, can influence biogeochemical cycles all ecosystems. In this study, we investigate combined effect six variables on carbon uptake, i.e., gross primary production (GPP) storage, i.e, soil (SoilC) terrestrial biosphere by using...
Abstract. To allow for climate impact studies on human and natural systems, high-resolution information is needed. Over some parts of the world plenty regional simulations have been carried out, while in other regions hardly any available. The CORDEX Central Asia domain one these regions, this article describes evaluation two models (RCMs), REMO ALARO-0, that were run first time at a horizontal resolution 0.22∘ (25 km) over region. output ERA-Interim-driven RCMs compared with different...
In this study, we examine Turkey’s Hatay city and some of its districts (Belen, Antakya, Iskenderun, Samandag) assessed the possibility electricity production from wind power plants. The area is 5559 km 2 that located in southernmost part Turkey east Mediterranean Sea. accumulated data obtained Belen- speed are shown. seasonal cumulative probability distributions speeds for Belen-Hatay analysed paper. summer higher than other seasons. As a result, region very favourable place terms has high...
This article analyses the development of wind energy in Turkey - number and capacity installed generators, as well generated electricity. It was established that power plants is 99 with a total 3933 MW, amount electricity produced by 17909.3 GWh / year. has been shown to have great potential for developing generation from offshore farms. The increase turbines coming years expected relative share renewable sources country’s mix, contribute technological industrial regions, produce...
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Abstract. Chemical transport models (CTMs), used for the prediction of, example, nitrogen deposition or air quality changes, require estimates of growing season plants a number reasons. Typically, seasons are defined in very simplified way CTMs, using fixed dates simple functions. In order to explore importance more realistic estimates, we have developed new and method (the T5 method) calculating start (SGS) birch (which use as surrogate deciduous trees), suitable CTMs other modelling...
Plant migration is a well-known adaptation strategy of plant groups or species with evidence from historical to present observation and monitoring studies.Importance N 2 -fixing plants has increased in last decades.Alnus (alder) an important group because its nitrogen fixation ability.Alders are generally distributed humid locations boreal, temperate tropical climate zones, where the source for other plants.To model by alder, data about global distribution alder absolutely required.In this...
Abstract. The importance of N2-fixing plants has increased in last decades. Alnus (alder) is an important plant group because its nitrogen fixation ability. Alders are generally distributed humid locations boreal, temperate and tropical climate zones, where the source for other plants. To model by alder, data about global distribution alder absolutely required. In this study a new method to predict genus on scale presented. Three linear functions were defined determination area locations....
Climate change is one of the major challenge for Earth Systems in this century. Since the
 Industrial revolution, energy demands countries has been rapidly increased which also causes
 an accelerated burning fossil fuels and greenhouse gases emission (GHG) into atmosphere. Sea surface temperature (SST) a pointer water temperature, mainly
 related to sea layer plays important role keeping balance
 between atmosphere marine ecosystems. Various studies show that of
...
Identification of the net primary production capacity European vegetated areas has been becoming meaning since last decades.Responses carbon uptake by autotrophs and storage in terrestrial ecosystems under environmental changes is quite important to understand predict biogeochemical cycles, thus interactions between atmosphere biosphere future.Remote sensing Earth systems having very roles for calibration modelling results during 20 years.In this paper, we simulate impacts climate change...
Identifying sinks or sources of CO2 in the terrestrial biosphere has become an important topic last decades.Net Ecosystem Production (NEP) is one most used parameters for understanding and visualization change a sink source under consideration climate change, transient modelling in-situ studies.In this study, NEP was obtained by running Community Land Model (CLM version 4.5) with 25 × km high spatial resolution between 1971 2100.It focused on analyzing two periods (i.e.1971-2000 as past...
In recent years, investments in renewable energy sources have been increasing order to reduce fossil fuel consumption and mitigate the effects of global warming on marine ecosystem. Recent studies shown that current energy, which is one sources, can provide very high gains. This study focuses Mediterranean region, areas where impacts climate change are most clearly felt. The annual seasonal analysis velocity area between 2016 2018 was carried out using remote sensing technology, potential...
Abstract The growing energy demand besides the rapidly developing consumer sector is of great importance on a global scale. In this study, hydroelectric recovery in Turkey, which affected by negative consequences climate change, were taken into account. Increased irregular rainfall patterns and drought events as consequence change pose significant danger to power potential. Kızılırmak River has an important position account energy. yearly flow rates 2 stations determined months basin...
Abstract. To allow for climate impact studies on human and natural systems high-resolution information is needed. Over some parts of the world plenty regional simulations have been carried out, while in other regions hardly any available. This publication aims at addressing one these gaps by presenting an evaluation study two models (RCMs) (REMO ALARO-0) a horizontal resolution 0.22° (25 km) over Central Asia. The output ERA-Interim driven RCMs compared with different observational datasets...
Abstract. Plant migration is a well known adaptation strategy of plant groups or species with evidence from historical to present observation and monitoring studies. Importance N2-fixing plants has increased in last decades. Alnus (alder) an important group because its nitrogen fixation ability. Alders are generally distributed humid locations boreal, temperate tropical climate zones, where the source for other plants. To model by alder, data about global distribution alder absolutely...
Abstract. Chemical transport models (CTMs), used for the prediction of, example, nitrogen deposition or air quality changes, require estimates of growing season plants a number reasons. Typically, seasons are defined in very simplified way CTMs, using e.g. fixed dates simple functions. In order to explore importance more realistic estimates, we have developed new and method (the “T5” method) calculating start (SGS) birch (which use as surrogate deciduous trees), suitable CTMs other modelling...
The effect of sea surface temperature changes between 1999 and 2012 were investigated on the amount agriculture, food energy loads that are supplied/discharged by maritime trade. In nonparametric correlation analysis, it was determined SST did not directly affect food, agricultural supplied / discharged to port operators in Gulf Iskenderun. There little change raw materials from Iskenderun material increased. addition, increased 1999-2002, 2005-2007 2009-2012 observed decreased other years.