"Pay attention to the world." -- Susan Sontag
 

Water Lilies: Botany, History, Art (2 of 2)

From “Water Lilies” in Plant Discoveries: A Botanist’s Voyage through Plant Exploration by Sandra Knapp:

“It took the remarkable abilities of a French horticulturalist, Joseph Bory Latour-Marliac, to change the world of water-lily culture. Inspired by an article written in 1858 lamenting the lack of bright colours and exquisite shapes in hardy water lilies, Latour-Marliac set about changing things, and judiciously crossed the brightly coloured tropical species…. It took him thirty-two years and his hardy successes… are still immensely popular….

“Producing some seventy beautiful varieties in the years he spent breeding these plants, Latour-Marliac’s work was then carried on by his son-in-law and by others all over the world. Just how he obtained his hybrids is not known, for their parentage was never revealed and he kept his methods strictly secret….

“Since water lilies are easy to propagate vegetatively by rootstocks, his cultivars are still available and have in turn been used in hybridizations for the creation of more new hardy varieties. Growing water lilies en masse creates a marvellous impression; indeed, many consider Claude Monet’s magnificent series of paintings of water lilies at Giverny (his garden in northern France) to be the epitome of Impressionism. Monet was the leading spirit of the Impressionist school, and he painted the world as he saw it — quivering with light and atmosphere. He and Latour-Marliac were exact contemporaries and the first of the water-lilies series was painted in 1903, twenty-four years after Marliac’s first hybrid successes had been introduced to the gardens of the time. The pale-pink water lilies in Monet’s exquisite Giverny masterpiece are Marliac creations — another incidence of the inspiration these most wonderful of flowers have given to all sorts of people.”

From “The Landscapes of Water” in Mad Enchantment: Claude Monet and the Painting of the Water Lilies by Ross King:

“[Monet’s] goal, which he frankly admitted was unattainable, was to paint his carefully chosen object… under singular and fleeting conditions of weather and light. As he told an English visitor, he wanted ‘to render my impressions before the most fugitive effects.’ [Since] objects changed their color and appearance according to the seasons, the meteorological conditions, and the time of day, Monet hoped to capture their visual impact in these brief, distinctive, ever-changing moments in time. He concentrated not only on the objects themselves but also, critically, on the atmosphere that surrounded them, the erratically shifting phantoms of light and color that he called the enveloppe….

“But freezing the appearance of objects amid fleeting phantoms of light and air was no easy task… Recording the fugitive effects of color and light was integral to Monet’s art. Setting up his easel in front of Rouen Cathedral, or the wheat stacks in the frozen meadow outside Giverny, or the windswept cliffs at Étretat on the coast of Normandy, he would paint throughout the day as the light and weather, and finally the seasons, changed….

“Because lighting effects changed quickly — every seven minutes, he once claimed — he was forced, in his series paintings of wheat stacks and poplars, to work on multiple canvases almost simultaneously, placing a different one on his easel every seven minutes or so, rotating them according to the particular visual effect he was trying to capture…. In the 1880s the writer Guy de Maupassant had likewise witnessed Monet ‘in pursuit of impressions’ on the Normandy coast. He described how the painter was followed through the fields by his children and stepchildren ‘carrying his canvases, five or six paintings depicting the same subject at different times and with different effects. He worked on them one by one, following all the changes in the sky….’

“One irony of Monet’s approach was that these paintings of fleeting visual effects at single moments in time actually took many months of work.”


Hello!

This is the second of two posts with photographs of Water Lilies from Oakland Cemetery. The first post is Water Lilies: Botany, History, Art (1 of 2).

As I mentioned in the previous post, I had never photographed Oakland’s Water Lilies before. While I briefly had some Water Lilies in my own small backyard pond about a decade ago, they never bloomed because they couldn’t get nearly enough sun (most variants require close to a full day of sunlight), and my wee but voracious goldfish snacked on the plants roots, leaves, and stems. So they didn’t last long enough to get their pictures taken, and photographing Oakland’s was my first experience with these plants.

As a photographer without an aquatic camera and scuba gear, I’m limited to what’s visible above the surface, mostly, except for those plant stems we can see twizzling just below the water line. Despite the stability provided by each plant’s overlapping leaves, the slightest breeze — or the landing of a visiting pollinator — would send enough ripples through the pond to set the plants in motion and shift them out of focus. Exposure bracketing came in handy — where I set the camera to take a series of photos from a single shutter press — to freeze the plants in place. This is typical of my botanical photography — because plants wiggle around far more than we register visually — since I learned that I could pick from these multiple shots of the same scene and keep only those with the sharpest focus.

By far, the most challenging aspect of photographing these Water Lilies came from a combination of complex relationships between how flowers produce color, how we perceive color, how cameras interpret it, and how programs like Lightroom let us edit our photos. Here, for example, is one of the photos from the gallery below — which we would refer to as a pink Water Lily — taken when the sun was out, in its fully-edited, final version.

Because of the bright sunlight, however, the camera actually saw the flower like this…

… where the color red is highly saturated (especially toward the bottom of the flower) and red overpowers the subtle shades of pink or magenta tones the flower actually produces. In addition to red color blowout, though, note how the flower petals seem out of focus, and how that blurriness extends even to the yellow pistils at the center of the flower. These combined effects occur not just because of the color relationships and how the red tones are over-saturated, but because the flower petals themselves are quite translucent — so excess color seeps through different parts of the flower and we can no longer perceive sharp boundaries between individual petals or between the petals and the pistils.

Let’s compare the photos side-by-side. By substantially desaturating red (using Lightroom’s Calibration panel), the photo on the right more accurately represents the pink Water Lily as I saw it at Oakland. You should now be able to better differentiate individual flower petals, and see more contrast between parts of the flower. Nearly every photo in this entire Water Lily series got similar treatment, because nearly all of them have red, pink, or magenta variations in color — even those whose tones lean towards orange or yellow — and all of them have translucent flower petals.

So my first time photographing and processing Oakland’s Water Lilies turned into a series of learnings for me, linking color theory to post-processing to the botanical characteristics of color production in certain kinds of flowers, and, finally, to a better understanding of the effects of bright sunlight on plants and flowers containing colors like this. It resonated with me, then, to read about Monet’s obsession with repeatedly painting the same subjects (see the second excerpt above) in different light, and frequently painting the same (or very similar) scenes to present them in varying lighting and weather conditions.

One of Monet’s goals — “to capture their visual impact in these brief, distinctive, ever-changing moments in time” (excerpted above) — is not unlike any photographer’s goals, since as photographers we’re always dealing with “instants” that disappear as soon as the camera clicks. What we do next is up to us and can lead to many different results; but it seems that photography and painting, as creative processes, might have more similarity than is readily apparent, sharing similar concerns about lighting and color fidelity that we can learn from if we approach deliberately.

By looking through enough of the images in Monet’s series of 250 Water Lily paintings, we can also see how so many versions of similar subjects became both a botanical and environmental or ecological study, where Monet alternated between “zooming in” on individual flowers and widening the view towards the broader habitat. Of course, I’m co-opting photographic theory and language here and applying it to another visual art; Monet was believed to occasionally paint from photographs (considered scandalous, by some) but apparently preferred his “exposure bracketing” and different zoom levels in the form of jockeying multiple canvases. According to Mad Enchantment, “Monet’s apparent lack of interest in technologies such as photography and film is curious and even paradoxical in someone otherwise so obsessed with the immediacy of the visual impression.” But maybe it’s not that paradoxical, since all of Monet’s Impressionist paintings represent a kind of abstraction — in part, what Monet called enveloppe, or the depiction of impressions — where his visual language emphasizes relationships among color, light, and form rather than the more literal reproduction that a camera (or realistic painting) would render.

Thanks for reading and taking a look!










Water Lilies: Botany, History, Art (1 of 2)

From “Water Lilies: Painter’s Obsession” in The Story of Flowers: And How They Changed the Way We Live by Noel Kingsbury:

“The endlessly popular water lily dominates planting design in open water. There is very little that can rival it for what it does. The Latin name, Nymphaea, is derived from the mythical Greek beings who were often associated with water. Water lilies are among the most primitive of all flowering plants, since fossils have been found in Jurassic rocks (201 million – 145 million years ago) and many species are thought to have changed little since….

“Water lilies in gardens are often hybrids, many bred in the nineteenth century by the Frenchman Joseph Bory Latour-Marliac. He produced about 100 varieties, initially as a hobby, but later realizing their commercial importance and subsequently naming only sterile selections, so that other growers could not obtain them from seed. He produced varieties that grew at various depths, including dwarfs. Tropical water lilies have also been extensively and gloriously hybridized.

“The flower is particularly associated with the prolific French Impressionist painter Claude Monet, who in 1883 bought a house at Giverny outside Paris and dedicated himself increasingly to gardening, including making extensive ponds in which he grew wild and hybrid water lilies. Many among his final series of paintings, which record his progressive loss of sight, feature his ponds and water lilies on vast, highly atmospheric canvases.”

From “Plant Architecture: Roots, Stems, and Leaves” in Botany, Principles and Applications by Roy H. Saigo:

“Plants adapted to life in the water are called hydrophytes (water plants). The evolution of vascular plants involved increasing adaptation to a terrestrial environment. Hydrophytic vascular plants — especially those that live submerged — therefore demonstrate specific adaptations to overcome their own terrestriality! To adapt to loss of essential radiation by the light-filtering effects of water, leaf surfaces may be large and expansive near or above the water surface, like those of the water lily (Nymphaea)….

“Because water loss is not a problem, leaf area is not limited by this factor. Similarly, a dense cuticle is not critical to survival except for the exposed surfaces of emergent or floating leaves, like those of the water lily. Large intercellular spaces in the leaves enhance gas exchange and provide buoyancy to keep leaves near surface sunlight….

“Hydrophytes obtain oxygen and carbon dioxide by direct diffusion between plant tissues and the water or through stomates on surfaces exposed to the atmosphere. In the water lily, for example, stomates are localized primarily on the upper surface of the leaf. In contrast, terrestrial plant leaves usually have a preponderance of stomates on the lower leaf surface.

“Most hydrophytes have reduced water-conducting systems, apparently as an evolutionary response to very restricted (if any) net water loss. In addition, large air channels provide internal gas exchange pathways for stem and root tissues.”


Hello!

This is the first of two posts with photographs of Water Lilies that I took on one cloudy and one sunny midsummer day at Oakland Cemetery. I had never photographed their Water Lilies before, though the fountain and pond have occasionally snuck into other photos — such as those of the Formosa Lilies that I posted a couple of weeks ago (see Discovering the Formosa Lily (3 of 3)).

Water Lilies are conveniently included on Wikipedia’s List of plants known as lily page, which, despite its title, actually lists many plants that are commonly known as lilies but aren’t — that is, they aren’t members of the Lilium genus that encompasses “true lilies.” They are, instead, members of the Nymphaea genus — a name that’s easy to remember given how the word “Nymphaea” (pronounced “nymphia”) is connected to water nymphs of Greek mythology.

Since this was the first time I had dwelt with my camera on Oakland’s Water Lilies, I didn’t know much about them, but I believe I’ve identified this collection of plants as a mix of Nymphaea candida, Nymphaea odorata, and Nymphaea mexicana. I’ve also learned that since Water Lilies are “extensively and gloriously hybridized” — as Noel Kingsbury notes above — they could be hybrids of any of those three (or others). We won’t worry about that too much; the genus identification of Nymphaea is close enough for now. With that in mind, we have quite a few interesting stories to explore here (and in the next post) about these plants, their flowers, their botanical and cultural history, the fountain and pond where they live at Oakland, and the use of Water Lilies in Victorian garden cemeteries. Let’s begin!

The fountain in these photos is called “Out in the Rain” and features a boy and girl holding an umbrella as they stand above the center of the pond. When the fountain is in operation, water sprays from the finial or ferrule (the very top of the umbrella tube), then cascades down the umbrella’s canopy to sprinkle into the pond, with soft sounds like rain tapping at a puddle. In my first photo below, you can see — at the bottom of the frame — part of the inlaid historical marker near the edge of the pond wall. Regrettably, The Photographer neglected to take a picture of the whole marker, but subsequently found it on a fascinating website called The Historical Marker Database, so you can see it here. The marker was my initial introduction to the fountain’s story — which has a variety of interconnected threads that can start us traveling through the learnings I mentioned above.

“Out in the Rain” was commissioned by the city of Atlanta from a company called J. L. Mott Iron Works, and installed at Oakland around 1913. Its cast-iron design was based on that of a fountain created by the terracotta company Galloway & Graff, who based their commercially popular design on that of a similar fountain presented by an Italian artist at Philadelphia’s Centennial Exposition in 1876. Its appearance, then, derives from several generations of artistic inspiration; and, while I’m unable to find any exposition photos of the original Italian design, I did find a photo of Galloway & Graff’s version. You can see it on an auction house website, here — where the fidelity between the terracotta version and Oakland’s iron version is very apparent.

The fountain and pond have undergone multiple restorations and renovations — though you can’t tell from its appearance now, which is quite pristine. The oval-shaped, concrete-bound pond again reflects its 1913 design, which was supplanted for a few years by being covered with bricks until 2008 when it was rebuilt to reassert its 1913 roots. I didn’t know this, having never seen the brick version; but found a photograph of it here — where, by comparison, you can see the extent to which Oakland has enhanced the grounds around the fountain with considerably more plants and the dense fern plantation behind the pond.

These iterations of the fountain — and the addition of more recent, thick plantings — demonstrate the extent to which foundational thinking about historical cemeteries has changed to re-emphasize elements of their original Victorian characteristics over the use of more modern-looking materials like rows of bricks. This approach of looking back to original designs and intentions reflects broader shifts in how Victorian cemetery landscapes like Oakland’s are being imagined anew — something I covered in a previous post, Discovering the Formosa Lily (1 of 3) — and are consistent with trends that now emphasize the cultural, botanical, and memorial elements of their historical design.

Fountains, and fountains filled with Water Lilies, are often used in public gardens like Victorian cemeteries to create transitional scenes of serenity. “Out in the Rain” was established with that in mind: it’s not placed to memorialize an individual or family, but is located at a central intersection of several Oakland walkways, walkways that lead to gardens filled with the irises, lilies, roses, and zinnias (among other flowers) that I’ve shared with you on this site.

The second excerpt I included at the top of this post from Botany, Principles and Applications provides some insight into how Water Lilies differ from their landlubber counterparts. While a bit technical, it does reveal that Water Lily leaves — which spread profusely as they expand to cover the water’s surface — gather sunlight for each plant and its flowers, overlapping enough to provide the plant with stability while ensuring that most of each leaf is exposed to the light. Each leaf contains cells that, like pillows of air, enable them to float; while their waxy coating helps them shed water so they won’t absorb it like a sponge and sink. The plants’ submerged roots and the winding stems connected to the leaves help them collect and move nutrients needed for photosynthesis and growth. The plant’s leaves and roots might be considered its most important features, botanically speaking; while, like all plants, the flowers help enable its propagation by attracting the interest of pollinators with bright, highly reflective colors.

The remaining excerpt above provides a brief introduction to the artistic significance of Water Lilies throughout history — one of the most well-known being that of Claude Monet’s approach to acquiring the plants then creating a series of 250 Water Lily paintings. Monet’s Water Lilies may be the most ubiquitous cultural reference connecting an artist to a plant genus, and we’ll compare the visual characteristics of Water Lily photographs with Monet’s impressions of Water Lilies in the next post.

Thanks for reading and taking a look!