2.3. Nunavik local food valuation

WECLIFS is supported by Ouranos, Gouvernement du Québec, and regional organizations of Eeyou Istchee and Nunavik

2.3. Replacement valuation of local food: preliminary Nunavik estimation

Here we adopt the same valuation approach that we developed for and applied to Nunavut harvest data in [1] but now apply the approach to Nunavik harvest and food recall estimates [2]. We focus this analysis initially only on Nunavik because all Nunavik communities (and only one Eeyou Istchee community) are inaccessible by road, and therefore Nutrition North eligible, and therefore subject to routine survey and reporting of store bought food costs.

Food affordability is a globally recognized barrier to food security, with food costs that exceed 80% of income indicative of severe food poverty [3]. As described [1], in Nunavut, purchase of store-bought food for a family of four for one year ($22,489) requires 81% of a single median income ($27,890; [1]). Averaged across all Nunavik communities, purchase of store-bought food for a family of four for one year (including Nutrition North subsidization; 52 RNFB = $19,240) requires 83% of an average single disposable income (Nunavik 2019 community average = $23,178; Revenu disponible et ses composantes, par habitant, MRC2 et ensemble du Québec, 2002-2019). This measure of store-bought food affordability averages 14% across other Canadian cities (Figure 24).





Figure 24. Store-bought food affordability in Nunavik and Nunavut (grey bars) relative to other Canadian cities(white bars). Affordability is based on the cost of purchasing weekly store-bought food baskets expressed as a percentage of estimated household income. Food costs representing more than 80% of income (dashed line) is used as an international indicator of severe food poverty (Lee et al., 2013).

Based on the reported cost of purchasing revised northern food baskets in Nunavik, and the nutrient composition of these food baskets, we estimate a local food replacement value between $12 per kg (for energy replacement at Nutrition North subsidized store-bought food costs) and $37 per kg (for protein replacement at unsubsidized store-bought food costs).

Based on Nunavik harvest data from 1976-80 (Table 3; [4]), all Nunavik communities harvested enough country food to satisfy 100% of the total protein requirements of Nunavimmiut, and a majority of communities (including Aupaluk, Quaqtaq, Akulivik, Kangiqsujuaq, Salluit, and Inukjuak) harvested enough to satisfy 100% of energy requirements. The only place where >50% of nutritional need could not be met by local food harvest was for energy requirements in Kuujjuaq, where reported harvest accounted for approximately 45% of estimated energy requirements.

Multiplying total edible yield estimates from 1976-80 harvest in Nunavik (1.1 million kg; Table 3; [4]) by its estimated protein replacement value ($37 per kg) indicates that in the 1970's, Nunavik’s local food system annually harvested protein amounts that would cost more than $40 million/year to purchase in grocery stores.

A more recent published estimate of local food availability in Nunavik is provided by the [5] Table 5 summary of “Qanuippitaa? How are we?” Nunavik Inuit Health Survey conducted in the fall of 2004. Harvest and food frequency data can be related to one another by converting both into estimated food kg per person per year (Table 3 vs. 5; Fig. 12 [6]), although the comparability of these two particular surveys (Table 3; [4] vs. Table 5; [5]) is limited by differing methodologies, sampling durations, and that the results presented for the latter focus only on adult females. These limitations notwithstanding, multiplying total consumption estimates from 2004 in Nunavik (460,000 kg; Table 5; [5]) by its estimated protein replacement value ($37 per kg) indicates that in the 2000's, Nunavik’s local food system involves annual protein consumption that would cost more than $17 million/year to purchase in grocery stores.

References on this page

1

Warltier, D.W., Landry-Cuerrier, M. and Humphries, M.M. 2021. Valuation of Country Food in Nunavut Based on Energy and Protein Replacement. Arctic 74:355-371. https://doi.org/10.14430/arctic73390.
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2

Warltier et al. in prep

3

Lee, A., Mhurchu, C.N., Sacks, G., Swinburn, B., Snowdon, W., Vandevijvere, S., Hawkes, C., et al. 2013. Monitoring the price and affordability of foods and diets globally. Obesity Reviews 14(S1):82 - 95. https://doi.org/10.1111/obr.12078
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4

James Bay and Northern Québec Native Harvesting Research Committee. 1988. Final Report: Research to Establish Present Levels of Harvesting for the Inuit of Northern Québec. 1976-1980. James Bay and Northern Québec Native Harvesting Research Committee: Québec, Québec City.
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5

Lemire, M., Kwan., M., Laouan-Sidia, A.E., Muckle, G., Pirkle, C., Ayotte, P., Dewailly, E. 2015. Local country food sources of methylmercury, selenium and omega-3 fatty acids in Nunavik, Northern Quebec Science of the Total Environment 509–510:248–259. https://doi.org/10.1016/j.scitotenv.2014.07.102.
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6

Kenny, T.A. and Chan, H.M. 2017. Estimating wildlife harvest based on reported consumption by Inuit in the Canadian Arctic. Arctic 70:1-12. https://doi.org/10.14430/arctic4625.
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