🌸 I completely lost track of time at this tree 🐝

🌸🌸🦥 The happy Easter sloth doesn't hide eggs but sniffs flowers and lazes around all day 🤗🌸🌸

I just want to look
👀 into your eyes
one more time 😶‍🌫️

🌸🌸😄🌸🌸

I leave you some cherry plum blossoms and take a little break 🤗

Happy Pi Day!

Pi is a mathematical constant that describes the ratio of a circle's circumference to its diameter. The circle is often associated with perfection. Natural processes and structures are often characterized by irregularities and variations, even if they approximate a circular pattern. Idealized perfection, as defined in geometry, is rarely or not at all found in natural phenomena.

This is my 777th post! Like the number 7, the circle is often regarded as a symbol of completeness, perfection, and infinity, as it endlessly revolves around itself, without beginning or end. However, in contrast, Pi, an irrational number with an infinite decimal representation, remains inaccessible despite all efforts.

This irony underscores the tension between the ideal of completion and the reality of inaccessibility, offering insights into the nature of humanity and the universe.

In attempting to draw a circle, however, constantly deviating slightly from perfection, a spiral may emerge.

This consideration leads to a deeper understanding of the relationship between the circle, representing perfection and completion - and the spiral, often associated with growth, change, and evolution.

The spiral resulting from this attempt serves as a visual representation of human striving for perfection and completion, yet it also reminds me of the beauty of the natural and authentic, which often manifests in imperfection. Often hindered by errors, imperfections, or external influences.

Metaphorically, it expresses the infinite process of self-improvement and growth, while striving for perfection and grappling with the realities and challenges of life. Progress often occurs not linearly, but in waves or cycles.

In this sense, the emergence of a spiral from the attempt to draw a circle reminds me that perfection is a continuous process of self-unfolding and growth, driven by the pursuit of perfection and the acceptance of imperfection.

In deadwood, it is common for fungi to decompose more organic material than they directly consume. This is because fungi engage in extracellular digestion, producing enzymes to break down the complex material of deadwood into simpler compounds. During this process, nutrients in the wood are released for the fungi and other organisms in the surrounding ecosystem.

The rich microbiome developing on deadwood can also contribute to decomposition and nutrient release. The diversity of microorganisms colonizing deadwood, including various fungal species and bacteria, enhances the efficiency of decomposition and nutrient release.

Deadwood decomposition plays a vital role in the ecosystem by recycling nutrients and making them available for the growth of new plants and organisms. While fungi utilize nutrients for their own growth, other organisms also benefit from the released nutrients, contributing to a rich and diverse ecosystem.

A final prayer whispered as darkness consumes.

(I don't really feed my snake live prey)

✨️ Once every five to six weeks it's time for the ultimate skin care routine. Dakota relies on a full body exfoliation. ✨️

Eyes are like a silent ocean of lies and truth, but I am a brave sailor who has navigated many shallows.

As a witness to time and its relentless transformation, the young oak clings to its leaves. In its marcescence lies the beauty of both letting go and holding on - a reminder that the old remains rooted within us as we bravely embrace new paths of growth.🍂✨️🌿

Most trees shed their withered leaves at the onset of the dormant period. However, some species retain their withered leaves until the end of the dormant period, a phenomenon known as marcescence. This trait is typical for young oaks, while its occurrence in older oaks depends on the species.

The evolutionary reasons for marcescence are not clear. The tough, nutrient-poor leaves likely serve to shield the still delicate buds from being consumed. Additionally, the loud rustling sound they produce can act as a deterrent. The timing of leaf shedding also affects when essential nutrients become accessible through decomposition. Dry soils tend to retain moisture more effectively. Oak trees, in particular, demonstrate remarkable adaptation to dry and nutrient-poor soils.