Landscapes - People - Global change

Category: Landscape (Page 1 of 29)

New paper: Are apartment residents likely to be affected by changes to coastal infrastructure?

Venn diagram to show intersections of benefit from dykeland, dyke and tidal wetland.

Dykes (often used as trails) seem to be the vector for benefits apartment residents receive.

Back when we surveyed residents around the Minas Basin for Sam Howard’s MES thesis, the sampling frame we used limited us to those living in standalone houses. Subsequent discussions led us to use a different approach to try to reach those using in multi-unit dwellings such as apartments. Today, the paper from that follow-up work is available open access in Facets, Apartment residents are important stakeholders in managed dyke realignment around the Bay of Fundy: landscape benefits, preferences, and complementarity. Thanks to Sam, postdocs Brooke McWherter and Lara Cornejo, and MI/MREM Alex Legault, we found an interesting story in this side-of-the-desk work. We couldn’t find any work on ecosystem services involving rural apartment residents, so feel that this fills an important gap, especially as housing challenges mean even rural coasts vulnerable to climate change are densifying. Here is a plain-language summary:

Apartments and dykeland trails near Wolfville

It is not very common for those who live in apartment buildings to be targeted in research or consultation about landscape change. Some of the reasons for that omission are practical, such as building security. But especially since COVID lockdown, where those in houses with yards had such different opportunities than those in apartments, we need to pay special attention to apartment residents when making policy decisions. Decisions about how to adapt to climate change can affect apartment residents, too. We surveyed apartment residents around the Minas Basin of the Bay of Fundy, in Nova Scotia, Canada, to see how they used some of the coastal landscapes facing change: agricultural dykes and dykelands, and tidal wetlands. Because of higher seas and bigger storms, some of the dykes may need to be rebuilt further inland, meaning less dykeland and more tidal wetland.

We heard from 2% (168) of apartment residents who received the survey. Many of the respondents were keen and frequent users of the coastal landscapes. All three landscapes were most highly valued for opportunities to enjoy nature. Some agricultural dykes form part of popular public trail systems. The dyke trails often run between agricultural land and tidal wetland, so those enjoying the trails see nature attracted to both at the same time. The three landscapes were also reported by apartment residents as providing opportunities to reflect and feel at home. Some other benefits were associated only with one or two landscapes. For instance, the dykes were associated with safety, because of their role holding back seawater. The dykes and dykelands were associated with being active and social, and the dykes and tidal wetlands were most associated with learning or teaching. It is clear, however, that it is the dyke that enables the benefits from all three by providing an access route.

So when it comes to possible adaptation options, it was not surprising to us that the most preferred option, of the three presented, was building new dykes higher back and restoring wetland in front (something called ‘managed dyke realignment’). That option would likely retain the continuity of dyke that allows public access and keep all three landscapes together, the way respondents like them. That option was more popular than raising the height of dykes where they are, since respondents seemed to understand the engineering viability of this option was likely low, and the costs and risks of dyke breach likely high. One wonders if the higher vantage point gives coastal apartment residents a different perspective on the challenges faced by coastal infrastructure.

When comparing the results of this study with other surveys and studies in the region (one of them with house residents), we concluded that apartment residents are very important to involve in coastal decision-making. This is important in rural areas, where apartments may be seen as less common than in cities but are increasing due to the housing crisis. Apartment residents may rely more than those with private yards upon public coastal spaces for their well-being.

IASNR Canada

IASNR Canada conference attendees (minus John Parkins, organizer, who is taking the picture)

It was great spending the end of last week at the IASNR Canada Hub meeting in lovely Camrose, Alberta, organized by my long-time collaborator John Parkins, who is Dean of the Augustana Campus of the University Alberta. It was our first opportunity to meet formally as an IASNR Hub, before the main IASNR meeting in Oregon. It was lovely to be bombing around the township and range grid of Alberta after a few decades, with green fields and happy livestock thanks to recent rains. I ran a workshop on social science data infrastructure and policy, and presented on new results about climax thinking. The field trips to the Hesje Observatory in lovely Miquelon Lake Provincial Park and to the Driedmeat Lake reservoir and catchment were memorable (and not only for the very late night and the mosquitoes, respectively). The rest of this post is just photos, because I don’t have a lot of time to post today.

Fieldtripping

At the observatory

Requiem for a town

Alberta energy landscape

Rail at golden hour

Finally, I was also really happy to have been able to see some of our Bay of Fundy research sites enroute to Alberta, thanks to clear conditions.

The Belcher Street managed dyke realignment

The Avon River causeway

Grand Pre and Cape Blomidon

 

Fundy Monday

The marquee at the Al Whittle Theatre shows Fundy Monday on the bill

This past Monday we culminated the Bay of Fundy Dykeland case study of NSERC ResNet with a big-screen near-full-house showing of our new short documentary, Sea, Soil, and Soul: The Evolving Bay of Fundy Coastline. It was magic to show it at the lovely Al Whittle Theatre, right behind where my own segments were filmed on the Bishop-Beckwith marshland. This ten-minute video was flanked by an optional survey, so we could understand how it was received, and followed by a great conversation chaired by ResNet principal investigator and documentary producer, Elena Bennett. The star of the movie and the show was Don Webster, a dykeland farmer in the Belcher Street area who sold land so that a section of his marsh could be restored to tidal wetland. Danika van Proosdij of Saint Mary’s and TransCoastal Adaptations, Tony Bowron of CBWES and TransCoastal, and I were also panelists. It was wonderful to see ResNet student alum and partners showing up to celebrate with us, and to have such an engaged group to ask questions. The audience showed such clear love and concern for their dykeland landscapes, and had a strong appetite for information to help them understand its future. Thanks to postdoc emcee Elson Galang, MES assistant Bethany Poltl, the folks from TransCoastal, from the Apple Blossom Festival (we were its final event) and from the theatre itself, for the successful event. Action shots to follow soon.

Late addition: Thanks to Wendy Elliott for the great review in the Annapolis Valley Register: Documentary on evolving Bay of Fundy coastline a fascinating watch. https://www.saltwire.com/nova-scotia/annapolis-valley/wendy-elliott-documentary-on-evolving-bay-of-fundy-coastline-a-fascinating-watch

Ive Velikova at TransCoastal Adaptations also wrote a nice blog post about it.

Nearly a full house at the Al Whittle Theatre for Fundy Monday

New paper: Image auto-coding tools for SIA

Yan Chen’s second PhD paper came out today in a special issue of Landscape Ecology on Artificial intelligence (AI) and landscape ecology: tools, perspectives, and complementarities. The paper, Image auto-coding tools for social impact assessment: leveraging social media data to understand human dimensions of hydroelectricity landscape changes in Canada delivers on what Yan said to me at the end of her Masters work back in 2016–after coding thousands of images manually–that maybe there is a way for computers to do more of the heavy lifting.

Locations of the chronosequence used in Yan Chen’s PhD thesis.

In this paper, we use the pre-trained AI Google Cloud Vision to understand the social impact of hydro dams based on social media of a chronosequence of sites (see right): from Mactaquac in NB (built in the 60s), to Oldman in AB (built in the 90s) and Site C in BC (which completed while her PhD was winding up). The paper has insights for the landscape and social implications of dam, and the use of social media for SIA. Congrats, Yan!

New paper: Q-method for rural large-scale solar

Last week a paper led by Emily Key (Snair), recent MES alumna, came out in Energy Research & Social Science, with her Dutch committee member Dirk Oudes (Wageningen) and I as co-authors. The paper,  Integrate and embrace or isolate and hide? Using Q-method to understand how to incorporate large-scale solar in rural Nova Scotia, Canada, is open access. This study doesn’t ask whether we should have large-scale solar (LSS), but how. Emily used Q-methodology, a statement-sorting methodology, with interviews, to identify discourses around LSS in rural Nova Scotia towns that have a range of experience with the technology. The two key discourses that emerged connect to some common debates in the literature around landscape management (see below). This allowed her to suggest important questions that should be discussed with communities being considered for LSS, questions that might be useful for lots of other sustainability transitions as well. Congratulations, Emily!

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