METHOD

Studying species' responses to cumulative anthropogenic impacts

The Maps are produced using an innovative approach developed thanks to the support of several projects supported by the Research Council of Norway (RenewableReindeer, ProdChange, OneImpact) and numerous local monitoring projects. The method can be used on other species (see GreenPlan).

The approach allows to quantify functional habitat, barriers to movements, corridors, and the cumulative impacts of human activities on reindeer, and to identify areas to be prioritized locally and nationally for conservation and restoration. This is done in steps: 


Video illustrating approach and results in English (more technical) 

and in Norwegian (simplified - see also norwegian report here [0])

Arctic Ungulate Conference

EnergiNorge konferanse [9]

GreenPlan - kickoff  2021

WORKFLOW

TECHNICAL DETAILS

Step 1: GPs data and environmental data are analysed to quantify Habitat Quality/Loss and Habitat Permeability/Friction to movements using niche modelling. This was done using Resource Selection Funcions [1] and Step Selection Functions [16] respectively, taking into account the cumulative impact of infrastructure and anthropogenic activities - see OneImpact R/GRASS GIS tools [16, 20]. Based on the RSF and SSF maps, we derived also several types of estimates of Human Footprint for each pixel in isolation [3].

Step 2: The software ConScape - Connected Landscapes [7] uses network modes [4,5] to integrated habitat quality and permeability into maps quantifying Functional Habitat (high quality & well-connected pixels [23]) and Functional Corridors (pixels with highest movement flow), at 100 m resolution, for Norway [6,7,14]. These maps quantify the actual Cumulative Impact of anthropogenic activities, that can extend far beyond the immediate surroundings of the infrastructure [15; 21] 

Step 3 a: Simulate the impact of climate or land-use changes scenarios to guide Impact Assessment of new infrastructures (in the example, building a tourist resort, trail and road reduces functional habitat of ca. 21%), the identification of efficient mitigation/off-set measures [15, 17, 18,22]

Step 3b: Zonate / produce land prioritization maps, calibrated based upon area protection goals; this map can be categorized to facilitate zonation [19]. This step is under development, for multiple species, in the project GreenPlan

An overview of the full approach and steps is presented in Norwegian here [0, 8, 9,10, 15, 22and in English here [11, 12,13, 19] 

Connectivity maps for different species & ecosystems.. ?

Is it possible to extend the approach to other species and ecosystems, using GPS data or otehr types of data? Yes, we apply this same framework and software to create connectivity maps for many species of mammals (so far: moose, red deer), insects (solitary bees), trees (14 species) and ecosystems (e.g. temperate deciduous forests. Connectivity is modelled with respect to individual movements - and in the case of trees with respect to range shift due to climatic changes. Take a look here  ConnectivityMaps.nina.no 

REFERENCES

[0] Panzacchi, M., van Moorter, B., Tveraa, T., Rolandsen, C. M., Gundersen, V., Lelotte, L., Dos Santos, B. B. N., Bøthun, S. W., Andersen, R., Strand, O. 2022. Statistisk modellering av samlet belastning av menneskelig aktivitet på villrein. Identifisering av viktige leveområder og scenarioanalyser for konsekvensutredning og arealplanlegging. NINA Rapport 2189.

[1] Panzacchi M, van Moorter B Strand O, Loe LE, Reimers E (2015) Searching for the fundamental niche using individual-based habitat selection modelling across populations. Ecography 38: 659-669

[2] Panzacchi, M, van Moorter B, Strand B, Saerens M, Kivimäki I, St. Clair CC, Herfindal I, Boitani L (2016) Predicting the continuum between corridors and barriers to animal movements using Step Selection Functions and Randomized Shortest Paths. J Anim Ecol 85: 32-42

[3] Lelotte Lucie (2021) MSc Thesis. Analysis of the human footprint on reindeer summer habitat. Using habitat selection modeling to assess anthropogenic drivers of habitat loss in Norwegian wild mountain reindeer. Univ. Liege, Belgium & NINA  (link)

[4] Kivimäki I, Shimbo M, Særens M (2014) Developments in the theory of randomized shortest paths with a comparison of graph node distances. Physica A: Statistical

Mechanics and its Applications 393: 600-616

[5] Kivimäki I, van Moorter B, Panzacchi M, Jari Saramäki, Marco Saerens. (2020) Maximum likelihood estimation for randomized shortest paths with trajectory data. Journal of Complex Networks (8),4

[6] Van Moorter B, Kivimäki I, Panzacchi M, Særens M (2021). Review & Synthesis: defining and quantifying Effective Connectivity. Ecography44, 6: 870-884

[7] Van Moorter M, Kivimaki I, Noack A, Devooght R, Panzacchi M, Hall K, Leleux P, Saerens M. (2023) Accelerating advances in landscape connectivity modeling with the ConScape library. Methods in Ecology and Evolution, 14, 133– 145. https://doi.org/10.1111/2041-210X.13850 

[8] Gundersen, V., van Moorter, B. Panzacchi, M., Rauset, G.R. & Strand, O. 2021. Villrein-ferdselsanalyser på Hardangervidda - Anbefalinger og tiltak. NINA Rapport 1903. Norsk institutt for naturforskning. [in Norwegian]

[9] Panzacchi M, Grimsby P.Ø., Van Moorter B, Strand O, Kivimäki I, Saerens M; Gundersen V. (2021) Fornybar energi og reinsdyr: nye metoder for å simulere effekten av inngrep, forstyrrelser og kompenserende tiltak Energi Norge - Produksjonsteknisk konferanse (here)

[10] Panzacchi M, Landrø J. (2020) Unikt verktøy beregner hvordan mennesker påvirker naturen. NINA nyhettsak (here

[11] Stange E, Panzacchi M, van Moorter B (2019) Modelling green infrastructure for conservation and land planning – a pilot study. NINA Report 1625

[12] Panzacchi M, Bram van Moorter, Ilkka Kivimaki, Marco Særens, Andreas Noak, Kimberly Hall, Olav Strand, Audun Stien, Torkild Tveraa, Knut Langeland, Stefan Blumentrath, Vegard Gundersen et al. (2019). Samla belasting og bærekraftig arealplanlegging (Cumultive impacts) – Fagseminaret "Naturmangfold og klima" under NINA-dagan 2019 (link)

[13] Panzacchi, Manuela; Van Moorter, Bram; Strand, Olav; Kivimäki, Ilkka; Saerens, Marco; Stien, Audun; Tveraa, Torkild; Langeland, Knut; Gundersen, Vegard; Eftestøl, Sindre; Tsegaye, Diress; Coleman, Jonathan I.R. (Keynote talk) 2021. How to Quantify the Cumulative Impact of Human Activities on reindeer and aid Sustainable Land Planning". 18th North American Caribou Workshop (link

     [14] Van Moorter B, Kivimaki I, Panzacchi M, Saura S, Strand O, Saerens M (under review) Connecting the niche: Going beyond mere suitable towards functional habitat by including accessibility and connectivity

[15] Dorber, M., Panzacchi, M., Strand, O, B. van Moorter. New indicator of habitat functionality reveals high risk of underestimating trade-offs among sustainable development goals: The case of wild reindeer and hydropower. Ambio (2023)

[16] Niebuhr B. Bernardo, Bram Van Moorter, Audun Stien, Torkild Tveraa, Olav Strand, Knut Langeland, Per Sandström, Moudud Alam, Anna Skarin, Manuela Panzacchi ((2023). Estimating the cumulative impact and zone of influence of anthropogenic infrastructure on biodiversity.  Methos in Ecology and Evolution, 19 (9):2362-2375 

[17] Hagen D, Evju M, Henriksen PS, Solli S, Erikstad L, Bartlett J. (2022). From military training area to National Park over 20 years: Indicators for outcome evaluation in a large-scale restoration project in alpine Norway. Journal for Nature Conservation, 66

[18] Hagen, D., Henriksen, P. S., Solli, S., Løkstad, V. & Evju, M. 2022. Fra skytefelt til nasjonalpark. Restaurering av Hjerkinn skytefelt på Dovrefjell. NINA Temahefte 86. Norsk institutt for naturforskning 

[19] Web-App for GreenInfrastructure managment in Norway: https://sites.google.com/view/greeninfrastructureapp/home  

[20] Niebuhr B. B, Panzacchi M, van Moorter B (2022). oneimpact: Tools for the assessment of cumulative impacts of anthropogenic disturbance on ecological studies. https://github.com/NINAnor/oneimpact, https://ninanor.github.io/oneimpact/. OneImpact R/GRASS GIS tools

[21] Niebuhr B.B, Sant’Ana D., Panzacchi M., van Moorter B., Sandström P., Morato R.G., Skarin A (2022). Renewable energy infrastructure impacts biodiversity beyond the area it occupies. Proceedings of the National Academy of Sciences, 119 (48) e2208815119

[22] Panzacchi M. et al 2023. Vannkraft spiser mer av villreinens leveområder enn mange tror. Nyheter (nina.no) [popular science - in Norwegian] 

[23] Van Moorter B, Kivimäki I, Panzacchi M, Saura S, Niebuhr B.B., Strand O, Saerens M. (2023) Habitat Functionality: integrating environmental and geographic space in niche modelling for conservation planning. Ecology 104(7): e4105



FURTHER READS

Reports (most in Norwegian)