2016
I consider myself an environmental scientist with primary focus on aquatic ecology, aquatic-terrestrial linkages and water quality issues. My interests on environmental sciences rooted during my youth at my home country, Spain. As a child, I grew up with the notion that freshwater resources are particularly scarce. This is not only due to droughts, but also as a result of intensive extractions for irrigation in agricultural fields and urbanization. Everyone’s aware of it, my mother always told me to keep the tap closed and not use more water than necessary. I think that’s where all started!

How did you become the coordinator for SITES Aquanet?
Through colleagues and my network I had heard of SITES AquaNet, but I still had a vague idea when a colleague from Lund showed me the advertisement and said it was a perfect match with me!
I think it is an interesting challenge to be part of developing the work forward with mesocosm studies. The problem today is that this kind of experimental approach is used more and more, but without any standardization. So it was the overall purpose with AquaNet, as well as the high research level and skilled people involved, that motivated me to apply for the coordinator role.
After these first months with the job, how would you describe SITES AquaNet?
I certainly underestimated the dimensions of the project. It is a much larger team than I thought and the competence level is very high, not only among the leading researchers, but also the technicians, who play a core role in developing the project. To lead and coordinate this group is a pleasure, and I think the project is going well. What’s most challenging is to manage to build a long-lasting infrastructure, at a reasonable cost. That means, to find and get the best deals from different suppliers and partners and knowing the equipment is going to be robust and reliable.
What values and opportunities do you see with SITES Aquanet? If I talk to you again a year from now – what do you expect to have achieved?
The main goal now is to secure we have the best equipment, for example we just had a meeting discussing what kind of sensors to buy, based on experience and input from our technicians. In April-May and July-August we will conduct two pilot experiments at Svartberget, Erken, Skogaryd and Asa. The experiments will help in answering many questions regarding the stability of biological communities in response to environmental disturbances, especially in a world that is rapidly changing on a global scale. These will be the first real experimental tests and I would like to see a consolidated and tested infrastructure available for many researchers to use it in years to come.
In a more long-term perspective I see a great potential within SITES AquaNet, especially as a base for coming projects and collaboration with other initiatives. The ambition is to scale it up!

ERC stands for the European Research Council and supports researchers in all scientific fields that conduct excellent research of the utmost quality. David Bastviken receives 2 million euros over five years.
The picture and text are translated from a news article at Linköping universitys homepage.
Predicting future methane fluxes from northern lakes (METLAKE)
David Bastviken
The new global temperature goal calls for reliable quantification of present and future greenhouse gas (GHG) emissions, including climate feedbacks. Non-CO2 GHGs, with methane (CH4) being the most important, represent a large but highly uncertain component in global GHG budget. Lakes are among the largest natural sources of CH4 but our understanding of lake CH4 fluxes is rudimentary. Lake emissions are not yet routinely monitored, and coherent, spatially representative, long-term datasets are rare which hamper accurate flux estimates and predictions.
METLAKE aims to improve our ability to quantify and predict lake CH4 emissions. Major goals include: (1) the development of predictive models, validated by extensive field data, and being suitable for use at the lake rich northern latitudes where large climate changes are anticipated in the near future, (2) the testing of the idea that appropriate consideration of spatiotemporal scaling can greatly facilitate generation of accurate yet simple predictive models, (3) to reveal and quantify detailed flux regulation patterns, and (4) - as a basis for the above goals - to generate more representative CH4 flux measurements. Extensive field work based on optimized state-of-the-art approaches will yield multi-scale and multi-system data, supplemented by experiments, and evaluated by data analyses and modelling approaches targeting effects of scaling on model performance. Altogether, METLAKE aims to advance our understanding of one of the largest natural CH4 sources, and provide us with systematic tools to predict future lake emissions. Such quantification of feedbacks on natural GHG emissions is required to move beyond state-of-the-art regarding global GHG budgets and to estimate the mitigation efforts needed to reach global climate goals.

All platforms have been successfully deployed in each lake this fall, tells Pablo. Erken has also done some tests of the PE enclosures to see how well they withstand harsh conditions over winter – knowledge from which researches interested in doing winter science in the future will strongly benefit from.
Follow ups on the May and September meetings, along with productive discussions afterwards with all involved stations, has resulted in a decision on a sensor system to have in the mesocosms, says Pablo. This setup includes: O2, temperature, photosynthetic active radiation and chlorophyll sensors full time deployed in each mesocosm. Then a conductivity/pH sensor or a multiprobe for handheld measurements. There are also plans to test some CO2 sensors, which could be good for future projects.
Additionally we have looked into mixing methods for the mesocosms, as it is very important in order to mimic the natural mixing regimes in natural lakes. It will also avoid using manual mixing methods and reduce maintenance work during the experiments. We are now testing a little impeller placed in the water, which has proven very promising so far, tells Pablo.
Important permits
In order to reduce the working load (number of visits to the platform) we will explore having a camera surveillance system at each platform. At the moment we are working on checking with authorities about permits needed for this. We are also working all stations together to have a common application this month regarding fish ethical permits, says Pablo.

In 2017 the experimental system will be used for pilot experiments to test multidimensional aspects of functional and compositional stability of lake plankton communities in response to pulse and press disturbances.
These experiments will run at all stations and Pablo will help out and support stations for setting up experiments. In one way or the other, the participating stations will involve seasonal personnel and field assistants to see this through.
To run the initiative long-term, further funding are included in the structure of the application to the Swedish Research Council regarding continuation of SITES, which will be sent in 2017.
Visit at Umeå Marine Sciences Centre
At the SITES Tour on KBC days, SITES met with Henrik Larsson at Umeå Marine Sciences Centre. Henrik later invited SITES AquaNet representatives and others to a visit and showed the system they are running. This opens up for valuable collaboration and knowledge exchange in the future.

SITES Spectral site at Svartberget was visited. At Röbäcksdalen agricultural researchers and representatives gathered to listen to and exchange ideas about the SITES Agroelological Field Experiment SAFE running at Lönnstorp and the possibilities to collaborate under that name with Röbäcksdalen.


The questions originates when a researchers wanted to get the field equipment marked on a map. We knew that the installations was located five meters from each other but they did not end up five meter from each other on the produced map, says Thomas. Even though we had a pretty good instrument, Trimble Geoexplorer6000 the positions weren’t where we had expected. On open fields, with a two meter antenna the GPS received 8000 fix points within a diameter of a fist, five cm radius cm, which is what you expect from this device.
In forests with the same equipment it took tree days too receive 13 000 fix points and they had as much as five m radius of scattered points. This scattered chart was possible to improve when the antenna height was adjusted resulting in a precision around an A4 paper size.

Thomas Hörnlund, from Svartberget presented this study "Erfarenheter från GPS-mätning i skog med cm-upplösning" at Ljungberg Laboratory in Umeå, staff at Ljungberg laboratory has also assisted Röbäcksdalen during the initiation of UAW flights in SITES Spectral.
The presentation is available in Swedish here. Last link under Previous Seminars, December 8, 2016.

We also got feedback on the applications and how to modify and develop the product even more, which is much appreciated summaries Kim.

The five nodes compromise of:
(1) Separation of water loss from ecosystems into transpiration and evaporation, which in turn quantifies the amount of water used by trees for growth.
(2) Quantifying tree water-use-efficiency (WUE = photosynthesis/transpiration) and thus tree photosynthesis given direct measurements of tree transpiration in BP1.
(3) Assessing light-use-efficiency, which partitioning light energy capture by cholorphyll into photosynthesis (carbon gain) and photorespiration (carbon losses).
(4) Partitioning of total respiration between different respiration paths (normal and alternative respiration) which controls the efficiency of trees to produce biomass.
(5) Quantifying tree growth into above- (i.e., stem, shoot, leaf) and below-ground growth (roots and mycorrhiza) which controls how much of the total forest growth can be harvested for biomass.
This study will take advantage of the rich history of research, measurements and state-of-the-art infrastructure at Svartberget Research Station. Niles Hasselquist has initiated field measurements of tree transpiration using sap flow sensor to address question associated with BP1. Niles is one of many researchers that will be involved in the project.

Is it a detective’s examination of a complex water pipe system that you will study?
Why do you believe this synthesizing study is made now?
Nuclear Magnetic Resonance (NMR) isotopomer measurements is another important resource in the project and studied in Branch-Point 3. Expertise on the topic is brought in by researchers from Umeå University. By NMR they analyze partitioning of C-13 between atoms in glucose-rings and hence gets information about photosynthesis and photorespiration. Using this technique it is possible to go back in time and analyze tree rings to better understand tree growth during other environmental conditions, e.g. under low atmospheric CO2 concentration.

Natural conditions during long time – Need for field measurements
Most of the research associated with the different BP will be conducted within Svartbergets basal infrastructure in SITES. Existing facilities, such as long-term monitoring stations, micrometeorological stations, soil water sampling facilities and stream water network will be used in combination with the ICOS-atmospheric tower. In Niles, BP 1 project, trees has been mounted with sap flow sensors in the close vicinity of the ICOS-tower. Measurements from the ICOS-tower are used to estimate evapotranspiration at a forest stand level, which will be used in combination with sap flow measurements to partition evapotranspiration into its different flux components, i.e., evaporation and transpiration.
You have just started, what have you initiated so far?

Title: Physiological Branch-Points with Ecosystem Consequences: Carbon and Water in Boreal Forests
Main applicant: Torgny Näsholm, SLU Umeå
Funding: 39.5 million SEK during five years
Funder: Knut and Alice Wallenberg Foundation
Niles Hasselquist, SLU Umeå
Svartberget Research station
Photos by Anders Esselin, Ida Taberman, Johannes Tiwari and Niles Hasselquist.
The newly published research shows that as global temperatures rise, the activity of microbial life in the soil increases which in turn increases the decomposition of organic matter and thus the release of greenhouse gases from the soils. Parts of this data were gathered at Svartberget, as a part of the Krycklan project and the new research results was published in Nature on the first of December, 2016.

The article is named: "Quantifying Global Soil Carbon Losses in Response to Warming". DOI 10.1038/nature20150
Video where lead author Thomas Crowther present the study
Read more about the Krycklan project at Svartberget
SITES participates at the Bolin days 2016 and the celebrate of Tarfala research station 70 years. View the full program here.

The Bolin Centre focuses on extending and disseminating knowledge about the Earth’s natural climate system, climate variations, climate impacting processes, climate modelling, human impact on the climate and climate impacts on ecosystems, biodiversity and human conditions as well as how society can minimize negative impacts.
The centre was formed in 2006 by Stockholm University, the Swedish Royal Institute of Technology (KTH) and the Swedish Meteorological and Hydrological Institute (SMHI).

PlantLink is a research network in the area of plant sciences in the south of Sweden. PlantLink wants to bridge the gap between basic and applied plant research with the objective to improve crops and food products, and to enable production of materials, medication and energy from plants in a sustainable way. Associated to PlantLink, are several within their field world-leading research groups.


Are you interested in knowing what SITES can offer you as a researcher, please contact SITES!

About KBC and program of KBC days can be found here.




Researchers at Umeå University has received a grant from Knut and Alice Wallenberg foundation. The project is entitled; Climate change induced regime shifts in northern lake ecosystems. Several of the study sites are located at or in the vicinity of SITES Abisko and Svartberget field research stations.
Jan Karlsson and his fellow applicants were granted with 37 million SEK over the next five years. One of the outcomes of the project will be to develop ecosystem models to be used to predict future production of fish biomass and greenhouse gas in northern lakes.

SITES will present the project in more detail during 2017.
Press release from Umeå university - Three research projects share SEK 94 million
Project Page at CIRC

The float platforms are the fundament of the SITES AquaNet infrastructure, it will hold the structure of the mesocosm bags, act as base for loggers mounted and used in the manipulations and at the same time provide a safe work environment. During summer 2017 a test experiment will run at all four platforms, and then the structure act as a resource for research questions related to manipulation of small aquatic ecosystems.


About SITES Spectral

They also aided the deployment of temperature sensors array that will stay in the lake during winter.
View a video of their work


Over the years, the Krycklan symposium has become a well-established meeting place for scientists from different parts of Sweden and the world. Participants also represent practitioners from authorities such as the Swedish Forests Agency and from the private sector and forest owners. Many participants return year after year, and seem to appreciate the open and welcoming atmosphere.
This year's theme was forest ditches, small streams and forest buffer zones. All are components of aquatic ecosystems that are easily overlooked. Really small streams that you can easily step over without effort, and that might not even visible during parts of the year might at a first glance be perceived as less important parts of the watershed. . But it has been shown that 85% of the overall length of the watercourses consists of small streams whose catchments are less than one square kilometer.
- The small watercourses are capillaries of the forest waters, it is those who have contact with the forest soil. It is important that we begin to see the headwaters are not only important downstream, but we must begin to see them as important in themselves, because their buffer zones really control the water quality, says Hjalmar Laudon.

Forest trenches divide forest stakeholders. On one side, we find those who want to restore the trenches in order to increase forest growth, on the other side those who see the forest trenches as problematic, from a nature conservation point of view.
- The idea was to open our minds to new approaches and issues by inviting experts in both small streams and forest ditches and try to combine different perspectives. The link between the artificial water bodies and the natural - how does it look? What do they have in common and what is unique?, says Hjalmar Laudon. And when should a ditch be treated as a stream? That is the key question in this discussion.
Facts:
Among this year's invited guests were David Kreutzweiser, Canadian Forest Service, John Richardson, University of British Columbia, Samuli Launiainen and Ari Lauren from the Finnish Natural Resources Institute LUKE, Timo Hiltunen from Metsähallitus, which manages state forests in Finland, and Axel Anderson, University of Alberta and Chris Evans, the Centre for Ecology & Hydrology.
Krycklan Catchment Study was initiated 35 years ago by Kevin Bishop and Harald Grip. Since then there have been over almost exponential increase in activities. Today, there are datasets from the study, which is unique in its scope and which attracts scientists from around the world to cooperate with SLU's successful forest water scientists.
Future Forests is a multi disciplinary forest research program driven by the Swedish University of Agricultural Sciences, Umeå University and the Forestry Research Institute of Sweden.

The Flakaliden experiment in the vicinity of Svartberget was set up in 1986 in a young Norway spruce stand which was planted in 1963 after felling, prescribed burning, and soil preparation.
The long-term experiments show that it is possible to increase growth of Norway spruce by more than double. Thus, it is not the harsh climate or the slow growing tree species that limit the growth in Swedish forests. Rather, it is the availability of nutrients — in Northern Sweden, mainly nitrogen — that is limiting growth.
2016 fills the experiment 30 years and it has been celebrated in late September. Pioneers and researchers who have worked and been interested in the results has been on the spot in Flakaliden again.

Research at Flakaliden has made enormous contributions to our understanding of the role of nutrient supply in boreal forest growth and ecosystem function, in addition to clearly identifying the critical importance of nutrient availability in the response of forest growth to increased air temperature and elevated CO2 concentrations.

EuroNews Television produced a short documentary about the research station:
Polar research warms up

Mikroorganismer på myrarna kan ge svar om utsläpp
Livet på myren – så påverkas klimatet
Plattmaskar – smådjuren vi vet för lite om
Contact:
Magnus Augner, station manager at Abisko Scientific Research Station
Svartberget and Röbäcksdalen acted as hosts for the SITES boards September meeting last week. Since SLU is the host University of SITES, the board meets with the vice chancellor of SLU once per year to reconcile. Furthermore, the meeting also addressed planning for the upcoming application to the Swedish Research Council regarding financing of SITES after 2018. Station managers, technicians and researchers utilizing the SITES infrastructures participated during the visits, and took part in the discussions.

At Svartberget, the board visited some key facilities, including Lake Stortjärn which is a part of the SITES Water program, and consequently has been instrumented heavily during the last year. A platform has been constructed on the lake, and a raft for field work as well as gas flux chambers have been installed on the lake. Researchers from different universities use Stortjärn as their main field site, since it has become more logistically available in recent years.

Station manager Jenny Viklund, brought the visitors to Röbäcksdalen research station on a ride alongside some of the experimental fields. As a part of the trip, SITES NordSpec towers and sensors were visited, along with a piece of land where a local entrepreneur will establish an apple orchard in collaboration with the research station, which will be open to researchers before the end of the year. In the distance they could see the harvest of fields used for crop rotation studies in the long term field trials.

Every year, the SITES board has visited two or three field stations during their May and September meetings and this nine stop tour is now complete. Visits at field stations are very important to increase the understanding and knowledge of the daily goings on at the stations. Both individual and common challenges and possibilities are identified during these meetings which is a good base for planning the new application.


Photo by Ida Taberman and Héléne Hagerman
The contribution to SITES water from Tarfala is among the more exciting. This spectacular lake is located high up in the Tarfala valley, with direct access to a calving glacier (Kebnepakte), erosion from which was also what originally formed the lake, when the glacier was larger. From summer measurements, the deepest part is 52 meters, and the lake is one of Kalix rivers most important headwaters. With ice thaw in mid-July and ice formation in October, researchers interested in the open water season has a short window for operation.

Initial measurements from this summer indicates that the lake is extremely homogenous regarding conductivity and temperature, at least during summer. Instruments will be mounted and left in the lake during the ice cover period, all this will make it possible to follow variations in certain parameters during the period of ice melt and mixing off the water column, which will take place next summer, says Gunhild Rosqvist.

Also, researchers from the Royal institute of Technology (KTH) will come and test their new instrumentation that will examine the bathymetry of the lake. Later on, they will use the robot in fjords at Svalbard.

H.M. King Carl XVI Gustaf visited Vindeln and Umeå September 1-2. The King participated in an excursion arranged by the research program of Future Forests.
Future Forests is a cross-discipline research program between researchers at Umeå University, the Forestry Research Institute of Sweden and SLU, where SLU act as host. Several questions addressed in the program has been applied to areas and experiments managed by Svartberget and Asa research stations.


The following news articles and videos are only available in Swedish:
Future Forests and news article about the visit
Kungahuset
Västerbottens-kuriren
SVT Västerbottensnytt
Photos by Lars Klingström

Thomas Stenlund from Malå tells about yearly duties for a reindeer herder to a class of forestry students visiting Svartberget. Photo by Charlotta Ererfur.
Uppsala University and the national field station network SITES
are looking for a research engineer that will work with the new infrastructure project SITES-AquaNET.
The aim of SITES-AquaNET is to establish an experimental infrastructure for mesocosm experiments in lakes and to implement pilot experiments to test how disturbances influences multiple aspects of the stability of plankton communities and ecosystem functions.
Read the Research Engineer´s job description here



One of the SITES NordSPEC drones has now had a flight premiere at SITES Lönnstorp. After thorough preparations the drone took off on a planned route over the new SITES Agroecological Field Experiment (SAFE) and other neighbouring trials. The pilot crew Marcin Jackowicz-Korczynski, Per-Ola Olsson, Hongxiao Jin, and Lars Eklundh (Lund University) were satisfied with the flight and will now review the collected data to evaluate the equipment.

The new long-term trial SITES Agroecological Field Experiment ”SAFE” is now up and running! The trial aims at uniting research in e.g. agronomy and soil science, ecology and agroecology. We now welcome national and international researchers from all disciplines to use the new facility.
More information is found on our webpages www.fieldsites.se or Lönnstorp.
Apply for access via www.nordgis.org
How would you describe yourself? Who is this Anders Lindroth?
I am researcher in Physical Geography, having my roots in Norrbotten but now living in Skåne. I’m dedicated to contribute to successful models for long-term infrastructures, cooperation and data-sharing in the field of ecosystem and environmental sciences and I am eager to start my new job for SITES!

And if you could tell us a little more about your background..?
My journey started in the village Vidsel far up north in Sweden, where I was born and grew up. Close to my home was a Research Nursery for forest plants managed by ‘Skogshögskolan’, and at 18 I got a summer job there. That also gave me the opportunity to meet the forest researchers Gustaf Sirén, Sune Linder, Kurth Perttu among others who some years later when studied IT, math and physics, asked me to start work in a forest ecology project ‘Barrskogslandskapets ekologi’. Looking back, I would say my career in the field of physical geography and ecosystem science started quite much by coincidence, and is very much thanks to a number of unconventional, dynamic professors along the way who could see the potential in people and disciplines outside their own! Erik Eriksson at Uppsala University is one of them, he was the one who offered me to do my Ph D in forest hydrology. Since 1998 I’ve been a professor at Lunds University in this field.
I’ve primarily worked with monitoring and analysis of carbon and water fluxes between soil and atmosphere. One example is the NOPEX project with studies on different types of ecosystems and soils. I’m also proud to have initiated one of the longest CO2 flux monitoring series in the world: since 1994 we have had this running at the same location in Norunda near Uppsala, and now it is included in ICOS, and it will hopefully run for another 20 years. Data are registered and made available through Fluxnet, that coordinates observations from over 650 sites globally.
Now you’re the new director for SITES. What values do you see with SITES? And what do you think will be your main contribution?
We have not had this type of infrastructure for environmental research in Sweden before, so SITES fills an important role. Many of the field stations within SITES have a long history and can offer qualified service, equipment, high level of academic research and existing data valuable to new research. The financial support from the Swedish Research Council gives the opportunity to develop common infrastructure, sampling protocols and ideas for sharing and using data.
I hope to contribute with my learnings and experiences from ICOS. I know that a long-term approach and development of solutions for co-working such as common methods and data sharing are important success factors, and will focus on this. I also hope SITES can benefit from my well-developed network in the field.
Outside work and science, what do you do then?
Right now I’m installing 80 m2 solar panels at home! I have a personal goal of becoming energy-independent and lower my carbon footprint. The climate challenge is a major concern for us all and I think small scale production of solar energy on every roof is one step in the right direction.
Text by Mia Barkland
27th of April a start meeting for SITES AquaNet was arranged at Erken. With leader PI Helmut Hillebrand along with his co-applicants and potential users they initiated the project by presentations and discussions regarding the workplan for AquaNet as well as sharing learnings and examples of mesocosm studies and equipment alternatives. New SITES manager Anders participated and was introduced and welcomed.


SITES board had two calls with the aim to start new experimental infrastructure. The board decided after an external evaluation to fund three initiatives, SITES-water, SITES AquaNET and SITES Nordspec. They are in many ways new resources to serve the research community and in different stages of implementation.
SITES NordSPEC – Spectral images and information. Leader PI Lars Eklundh, Lund University. Includes eight SITES stations.
SITES-Water – harmonized stream and lake monitoring programs, including gas flux measurements. Leader PI Leif Klemedtsson, University of Gothenburg. Includes six SITES stations.
SITES AquaNet – platform for mesocosm experiments with the possibility to apply different treatments. Leader PI Helmut Hillebrand, Carl-von-Ossietzky University Oldenburg. Includes four SITES stations.
All initiatives are in a planning and or built-up phase at the moment. For SITES-water the programs for stream and lakes running at Skogaryd and Svartberget are already included.
More information will follow, and the initiatives will be presented at SITES new homepage in June 2016.
Are you curious already, contact the leader PI or any of SITES station managers.

During wind-free days in Tarfala 7-9th of April the station managers and coordination office meet for strategic discussions. It was also the first time the extended secretariat met the station managers.
After a long dag travelling from different parts of our country, by plane, taxi, snow scooter (and a short climbing by foot up a steep hill), we were welcomed by station manager Ninis with staff. In addition to valuable work discussions, there were time for a walk in snow shoes and an evening sauna with beautiful views of the surrounding peaks.

The overall objective for this meeting was to learn and learn each other more about SITES, focusing on what each station can offer and contribute with to the infrastructure. Presentations of SITES Aquanet, SITES Water and SITES Nordspec, as well as discussions regarding data handling and the communication plan was also part of the program.
Text by Mia Barkland
A slideshow from the meeting by Magnus Mossberg is available here.
Between the 5th and 8th of April 2016, Svartberget hosted two training events in building and programming loggers from Campbell scientific. Course leaders were: Peder Blomkvist from the unit for field based forest research at SLU in Umeå, and Per Weslien from the Department of Earth Sciences at University of Gothenburg. 14 people from a number of field stations participated in the course. The course aimed to extend the knowledge for technical staff within SITES and hence extend and facilitate collaboration regarding large scale, continuous automated measurements of environmental variables.

These types of loggers can be used for continuous storage of information of almost any environmental variable within any time-frame as long there are instruments that can do the measurements. During this event, temperature sensors and sensors for water depth and pressure were tested and used as practical examples. Precipitation, wind speed and wind direction were also used as examples of possible measurable variables. As the loggers are adjustable by programming and sensors are available from several different manufactures, it is possible to log almost any kind of environmental data.

The course was informative and relevant, several stations are interested to use or extend their use of loggers for their own experiments. Especially interesting was the functionality to remotely download or view the loggers in real time.

Text and photo by Kim Lindgren
With four universities and the Swedish Polar Research Secretariat as members of SITES there need to be common strategies and routines regarding administrative reporting. The responsible economists were gathered at Erken for a meeting aiming to inform and discuss financial accounting in the light of key figures and business plan monitoring.


As an exercise the participants made an inventory of water living animals along two shores of Erken. A challenge for several reasons where strong winds from the north. The groups found for example asellidae, chironomidae och gastropods.


During March and April the Tarfala Research station opens again. Field crew and data technicians visit the station for inspection and maintenance work after winter´s power with wind, snow, ice and water. Here, the weather station by the summer grazing lands of the Lihti Sami village is visited. Technicians also mount an antenna to the logger for online sending of data.

photo: Gunhild "Ninis" Rosqvist
Follow Tarafala Research station at Facebook
Elisabeth Backteman, State Secretary for the minister of Rural Affairs, Sven-Erik Bucht has visited the research facilities at SLU in Alnarp. SITES Lönnstorp was included where Maria Ernfors and Erik Rasmusson presented the leaching experiment and the SAFE-project on a walking tour around the fields.


Photo: Linda-Maria Mårtensson
Changes in climate and land use, such as mining and infrastructure developments, strongly affect the mountain environment in Arctic Sweden and thereby also the conditions for reindeer husbandry.
In this film we show how scientists and indigenous people work together to gather new knowledge that is needed to make decisions in favor of a sustainable future.

Further reading
www.futuremountains.org
English trailer - https://vimeo.com/157316420
English verison - https://vimeo.com/157722976
Former PhD student and currently research assistant at Erken Yang Yang attended a workshop/training course about a program for phytoplankton counting in Israel earlier this February.
The technique is called 'PlanktoMetric', a system to conduct all steps of conventional microscope-based phytoplankton and zooplankton analyses simultaneously using real-time digital imaging. She also got the opportunity to join their regular Tuesday Dragonboat training in Lake Kinneret (Sea of Galilee).




Are you or someone you know a suitable candidate? Read more and apply before February 9th. (info only available on swedish).
Vill du vara med och utveckla SITES till en ännu bättre infrastruktur?
SITES söker en föreståndare med övergipande vetenskapligt och operativt ansvar för SITES, vilket innebär att leda utvecklingen av infrastrukturen enligt de riktlinjer som fastställs av styrelsen samt anvisningar från SLU.
Föreståndaren ska också arbeta strategiskt i syfte att utveckla SITES till en livskraftig infrastruktur och leda arbetet med att ta fram en förnyad ansökan till VR. I föreståndarens uppgifter ingår att skapa hållbara relationer och att samverka för att upprätthålla och knyta nya kontakter som kan gagna SITES utveckling.
Du som söker ska ha förmåga att utveckla SITES potential och vara frontfigur. Du tänker och arbetar strategiskt, är handlingskraftig och van att leverera resultat av hög kvalitet. Du är förändringsorienterad och har ett kommunikativt ledarskap. Som företrädare för SITES ska du ha god förmåga att skapa hållbara relationer och samverka för att upprätthålla och knyta nya kontakter. Stor vikt kommer att läggas vid personlig lämplighet. Tjänsten omfattar 50%, har placering vid SLU och är tidsbegränsad för två år.
Föreståndaren leder även samordningssekretariatet med sekreterare, ekonom, biträdande föreståndare och systemerare.
Läs hela annonsen här, sista ansökningsdatum är 9 februari 2016.
Välkommen med din ansökan!
Links
Senaste nyheter
- Nutrient balance analysis of spruce needels prior to fertilization of Asa HYEF
- Data from Tarfala used in research on how reindeer herding is impacted by climte change
- The secret lives of the insects
- Svartberget stations complete ICOS labelling!
- Autumn harvest at Lönnstorp
- Sampling of lake Erken and Plåten during summer and autumn
- New facilities in Grimsö
- 2019 SITES AquaNET - Summer experiment in lake Erken
- “Hypotheses come and go, but data remain”
- InterAct annual meeting in Vindeln last week
Latest News
- Nutrient balance analysis of spruce needels prior to fertilization of Asa HYEF
- Data from Tarfala used in research on how reindeer herding is impacted by climte change
- The secret lives of the insects
- Svartberget stations complete ICOS labelling!
- Autumn harvest at Lönnstorp
- Sampling of lake Erken and Plåten during summer and autumn
- New facilities in Grimsö
- 2019 SITES AquaNET - Summer experiment in lake Erken
- “Hypotheses come and go, but data remain”
- InterAct annual meeting in Vindeln last week