#benthic bloom

[shock-micro]

mithrix can go choke on my starry feathers i should've killed him but he collapsed me and did 5 damage too much to kill me

[hr-arbitration]

... yes haha very funny laugh as one of me fails to fuffil their one purpose...-T35640v.632

NOTICE TEXT: idk how to tell you this but i'm super duper hard pressed to be empathetic for a third party bit of trojan malware my good man

[okaydiscount]

AAAAAAAAAAAAUUUUUGHhh

whhhyyyyyyy aughhsugjh it was such a perfect ruuuunnnnn.... sugh..... had the benthic bloom.... got all those cool red items that made up for the fact the the bloom took all my teddybears #myfucknteddybears like... AUGH was so close... stupid not having any speed items (bcs bloom) n i couldnt get to the frog in time and haha. kablooey went the moon while i was still on it..

ugh i dont even have the energy to be mad -_-

[chongoblog]

Risk of Rain 2 update: I got a run with Captain last night up to stage 20 so that I could unlock an item. Turns out that I found a very shenanigans type setup that had me zooming through later levels.

So first I picked up Benthic Bloom, which upgrades three of my items to a higher rarity. This eventually turned into an item I had 8 stacks of turning into 8 stacks of Bottled Chaos (every time you use your equipment, activate the effect of another random equipment. 8 stacks means that it does this 8 times)

Now my equipment of choice at the time was Executive Card, which lets you get all 3 items in a multishop, but also it gives you back 10% of money spent. And the game considers the act of buying anything as using your equipment.

So by stage 5, every time I spent money on anything, 8 random equipments would fire off. It would often hit Radar Scanner, so I could find other things to buy, which would once again pop 8 more equipments.

It was nutty. I love roguelikes where you can make crazy interactions happen.

[fishenjoyer1]

Fish of the Day

The shortnose sucker, Chasmistes brevirostris, is a rare and endangered species in Oregon. Living in the East Cascades in Southern Oregon and Northern California, it can be found primarily in the tributaries of the Upper Klamath Lake, the Lost River, Clear Lake, the Klamath River, and Gerber Reservoir. These are the only remaining areas where these fish can be found, a small area of their original historic range. This historic range also contained Tule Lake, Lower Klamath Lake, Sheepy Lake, and surrounding rivers and streams that branch from these. Their diet consists of small benthic (bottom dwelling) invertebrates and zooplankton in their environment. This allows them to get to sizes of 50cm (20 inches).

These fish favorable conditions are an area with well oxygenated waters (4-10mg/L), shallow lakes, cool temperatures, and plentiful aquatic vegetation. Although they can live in conditions with as low as 1mg/L oxygenated water, this severely impacts the fish as it gives them high stress levels and mortality rates, and can cause spawning issues. This dramatic reaction is being caused by multiple sources: reduction of spawning habitat, dams, insufficient fish ladders, land alteration around waterways. However the largest factor in their decrease has been periodic cyanobacteria blooms, which produce cyanotoxins, and reduce dissolved oxygen in water. These create huge problems for the few populations of shortnose suckers remaining, and it is thought that were it not for conservation efforts, they may already be gone.

Around the age of 6 or 7 shortnose suckers will reach sexual maturity. From February to early May these fish migrate further upstreams to where the water is clear and a gravel bottom can support eggs. During each breeding season females can lay tens of thousands of eggs, around 40,000 They can also spawn and hatch at lakesides, but it has been a rare sight and the conditions that allow for this are currently unknown. The eggs will incubate for 2-3 weeks, and then larvae will flow downstream, usually in vegetation cover or at night time, where they will live out most time along lake edges, where the oxygen is the highest. The first 5 years of their life is when growth is the most rapid, but after reaching sexual maturity they will no longer grow. Their lifespan goes as long as 33 years, longer than most others in these environments.

Have a good day, everyone!

[energyprison]

Im pickin up the benthic bloom whenever possible. I ❤️ chaos

[anti-psycomics]

The BACKLOGS

Alright I'm saying fuck it and posting all my older shit that I never posted here. They will be ordered from oldest to newest and they will all be worse than my more recent stuff. Anyway, let me give you the tour

This first section is titled "shitty meme drawings from 3 years ago" because I started drawing digitally mostly just to make dumb images for my friends

And then in early 2021 I switched to using a better brush, I used this image to test it out

The second section is titled "still shitty memes but they're from less long ago and also I started using a brush that better fits my style"

few more shitposts around this time. One bad, Two good

For the 2021 holiday season I made myself a halloween and christmas icon. I honestly still like them although they could've been done a bit better

In early 2022 I made this and somehow did it worse than the first drawing I ever did on digital, I think the brush just didnt vibe with the meme as much and also I was lazy idk. Benthic bloom funny tho

And then I did a couple smaller drawings

@gayvian my best worst shitpost

Alright We're getting into the more recent stuff now. Late 2022 and early 2023

Some drawings I did of a dnd character I have who is not currently in a campaign but im gonna bring her back as soon as I can because I love her

And perhaps my finest work in the field of shitposting. I love getting my equipment drone addicted to drugs

The Newest album by the forgor

And most recent, this thing I actually drew after starting this tumblr but I never shared it until now because I felt it wasnt as good as some of my other things

And of course I also have a lot of never finished projects, more personal things I didn't want to post here, and lots. And I mean LOTS of pencil on paper drawings in my notebook (and also maybe a few on old school assignments)

goodnight I stayed up way too late to make this post I shouldve gone to bed 2 hours ago aughgf

[poem-today]

A poem by Mary Szybist

The Lushness of It 

It’s not that the octopus wouldn’t love you— not that it wouldn’t reach for you  with each of its tapering arms:

you’d be as good as anyone, I think, to an octopus.  But the creatures of the sea, like the sea, don’t think 

about themselves, or you.  Keep on floating there, cradled, unable to burn.  Abandon  yourself to the sway, the ruffled eddies, abandon 

your heavy legs to the floating meadows              of seaweed and feel                          the bloom of phytoplankton, spindrift, sea- spray, barnacles.  In the dark benthic realm, the slippery neckton glide over the abyssal plains: as you float, feel                                      that upwelling of cold, deep water touch the skin stretched over                           your spine.  Feel  fished for and slapped.  No, it’s not that the octopus  wouldn’t love you.  If it touched,

if it tasted you, each of its three  hearts would turn red.

Will theologians of any confession refute me? Not the bluecap salmon.  Not its dotted head.

Mary Szybist

Listen to Mary Szybist read her poem (46:20).

More poems by Mary Szybist are available through her website.

[qocsuing]

The Impact of Aquatic Weed Harvesters on Ecosystem Preservation

The Impact of Aquatic Weed Harvesters on Ecosystem Preservation

The Role of Aquatic Weed Harvesters in Ecosystem Preservation Aquatic weed harvesters are pivotal in maintaining water quality and supporting aquatic life by removing excess vegetation. As per the Environmental Protection Agency (EPA), such maintenance is crucial because excessive vegetation can deplete oxygen levels and cloud water clarity, both of which are essential for sustaining a healthy aquatic ecosystem. By removing this excess, harvesters help maintain adequate oxygen levels, which in turn supports fish and other aquatic organisms.Get more news about Aquatic weed harvesters,you can vist our website!

In addition to maintaining water quality, aquatic weed harvesters prevent invasive plant species from dominating, thereby restoring native biodiversity. A study by the Fishery Research Institute highlights the importance of diverse ecosystems, noting that they are more resilient and productive. By managing overgrowth, these machines help create habitats conducive for fish and other native aquatic species, ensuring the ecological balance of water bodies. This proactive approach not only enhances biodiversity but also provides a more stable and productive ecosystem.

Types of Aquatic Weed Harvesters and Their Functions Traditional Lake Weed Harvesters Traditional lake weed harvesters have been a staple in managing aquatic plant overgrowth for many years, often featuring mechanical arms and conveyors that effectively gather excess vegetation. These machines, typically powered by paddle wheels and utilizing sickle-cutter technology, are particularly beneficial for smaller water bodies where advanced technologies may not be economically feasible. They operate by cutting submerged and emergent weeds and conveying them into storage, ensuring continuous operation. While cost-effective and requiring minimal technological investment, these traditional harvesters involve more manual handling, which may be less efficient in larger or technologically advanced settings.

Modern Innovations in Harvester Technology Modern aquatic weed harvesters are revolutionizing ecosystem management by integrating advanced technology like automated systems and GPS for enhanced precision and operational efficiency. Amphibious excavators, for example, are a significant innovation that allows for seamless operation in shallow waters, reducing damage to the benthic zone. These advancements not only increase the effectiveness of weed harvesting operations but also aim to minimize the environmental impact. As manufacturers continue to innovate, it becomes essential to assess the broader implications these technologies hold in terms of ecosystem preservation and their cost-effectiveness compared to traditional methods.

Environmental Benefits of Using Aquatic Weed Harvesters Reduction of Harmful Algal Blooms Aquatic weed harvesters play a crucial role in reducing harmful algal blooms by removing excess vegetation that contributes to nutrient buildup in water bodies. Algal blooms can release toxins that pose serious risks to aquatic life and human health. Studies have shown that areas that employ regular weed harvesting report fewer occurrences of these blooms, highlighting the effectiveness of this method in maintaining healthier aquatic ecosystems. Moreover, by regularly clearing unwanted vegetation, these harvesters support nutrient cycling and help maintain a balanced environment, benefiting both aquatic flora and fauna, as suggested by research on aquatic ecosystem management.

Prevention of Nutrient Overload Nutrient overload in water bodies can lead to deterioration of water quality, often resulting from agricultural runoff containing fertilizers and organic matter. By physically removing aquatic weeds, harvesters help mitigate this problem, reducing the risk of nutrient overload. According to research published in the Journal of Freshwater Ecology, effective weed management has been linked to significant improvements in water quality, especially in areas used for recreation and drinking water supplies. This strategy is particularly beneficial in maintaining the ecological balance in lakes and reservoirs susceptible to excess nutrients.

Challenges and Considerations in Aquatic Weed Harvesting Balancing Harvesting with Ecosystem Health Effective management of aquatic weeds requires meticulous balancing to prevent ecosystem degradation. Over-harvesting of aquatic plants can disrupt essential sediment and nutrient processes, leading to habitat loss for native species. It's crucial to monitor ecosystem health continuously to maintain a harmonious balance. Reports from the National Oceanic and Atmospheric Administration underscore the importance of setting guidelines to ensure permissible harvesting levels. These guidelines help protect the integrity of the ecosystem by safeguarding native species and maintaining biodiversity.

Long-term Sustainability of Harvesting Practices For harvesting practices to be sustainable in the long term, they should be integrated with broader ecological management systems. Implementing sustainable practices, such as integrated weed management, can effectively preserve aquatic ecosystems. Periodic assessments of aquatic vegetation are essential to understand their health and growth patterns over time. Collaborating with local ecological bodies ensures harvesting schedules are synchronized with critical life cycles, like breeding seasons. Environmental advocacy groups recommend these practices to promote responsible and sustainable harvesting, thereby maintaining ecological balance and ecosystem vitality.

Case Studies: Successful Implementation of Aquatic Weed Harvesters Georgica Pond: A Model for Water Quality Improvement Georgica Pond stands as a remarkable example of how aquatic weed harvesters can enhance water quality and biodiversity. Initially plagued by poor water conditions, the introduction of weed harvesters led to significant nutrient reduction and stabilized water quality. This change came after collaborative efforts among Friends of Georgica Pond, East Hampton Town Trustees, and Stony Brook University. The decrease in harmful algal blooms and increased dissolved oxygen levels signified improvements, thus supporting aquatic life and enhancing recreational activities. This has been evidenced by improved biodiversity including the return of fish populations and crab nurseries, exhibiting the success of integrated aquatic management practices.

Lessons from Other Water Bodies Examining other water bodies' experiences provides invaluable insights into aquatic weed harvesting's ecological benefits. Various lakes and ponds have showcased how tailored harvesting approaches can restore ecological balance and improve habitat conditions. Community involvement and adaptive management have emerged as crucial elements in these successes, emphasizing the importance of local engagement and responsive strategies. These case studies serve as a guide for regions facing similar ecological challenges, offering a fundamental understanding of effective aquatic management practices and potential obstacles to avoid.

[shadow-wasser]

A few notes on the environmental impacts of farming, large and small: 1) On organic production farms, at least in the US, small farms use more ecological practices than large farms, according to this 2022 article:

And here's an old article (1996) suggesting that smaller is more sustainable under all circumstances.

2) "i'm not sure precisely what you mean by "ecologically intensive". there's the soil angle, which i dont think holds up in the age of fertilizer"

Ignoring the cost of fertilizer (ecological and economic) for now, one should note we are approaching peak phosphorous. We *mine* this resource from the earth for fertilizer and flush it into the sewage.

The costs of fertilizer are not trivial. Hypoxic zones at the mouths of major rivers, eutrophication in lakes and coastlines destroying fisheries and benthic ecosystems, Harmful Algal Blooms (aka red tides). Also, the soil angle is this: annual agriculture with recurrent tillage causes the loss of 1-2 mm of soil per year - that's 5 tons of topsoil per acre, per year. That's 57.6 billion tons of soil lost since the prairies were tilled. Topsoil builds up at a rate of 1 inch per 100-500 years. The math works out such that even in the best of circumstances, we're losing soil 4 times as fast as nature can build it. Possibly 20 times as fast. We need that soil - it's not just fertility, but water retention, porous texture for root growth, and carbon sequestration. It also provides the plants with pathogen resistance. Dousing degraded soils in fertilizer only goes so far.

And the kicker? While healthy soil sequesters carbon, producing all that fertilizer is energy-intensive, and creates 5% of the world's greenhouse gas emissions.

I think the American demographics I personally resent most are farmers and homeowners. We need a political bloc thst acts against the interests of farmers and homeowners. We need a revolutionary vanguard. Right now the govt is constantly acting in favor of these groups at every one else's expense and it seems to me no one else in the "everyone else" bloc is even bothered by it

[shock-micro]

*finds a benthic bloom in real life*

awesome!

*my wii "upgrades" into a ps4*

*the trash in my room turns into recyclables, which then turn into pistols*

*my parents turn into grandparents, somehow*

*my now-grandparents praise the sun*

*i die of heat exhaustion*

[greetings-inferiors]

Benthic bloom just has the same problems as ego right?

Not exactly the same, since one of ego’s problems is that it can take red items while benthic bloom’s problem is that you’ll only have red items, but still

It’s an item that, after a set interval, turns items into other items.

Red items are great, but I honestly don’t think that benthic bloom is justified as white items are the foundation of a run, and it locks you out of the best item in the game, being clover. Even if you did have clover, the only consistent proc chains you could get out of it are the perforators, meat hook and daggers, which are pretty good, but atg and uke are such defining parts of a proc chain build that not having them consistently isn’t worth it

Ego, however, is less consistent than benthic bloom, but does its job better.

First of all, it takes items 1 at a time instead of a stack at a time (correct me if I’m wrong) meaning that even if ego took a few crit glasses or atgs, you still have crit and atgs, just now with really good homing bombs.

The problem is that now you’re locked out of the incredible reds like meat hook, daggers, and, yet again, clover.

However, you can play around this by topping up your reds, and which, while harder than topping up whites, you only have to do one at a time, and it won’t immediately reverse all your progress if you get unlucky.

I’d need to play more games with both on eclipse to fully form my thoughts though

[piospiderfangs]

WHERE ARE MY WHITE/GREEN ITEMS, GAME.

[yonicfemcel]

dlc are dirty filthy. usually theyre void. i don't deal with void, i wasn't raised around void. i wasn't raised around purity, either. void is dlc. and i don't deal with dlc. i was raised around the proc coefficient. proc coefficient has got the wroooong reputation, with the 57 leaf clover due to benthic bloom which is void. void is dlc. proc coefficient is beautiful. void is dirty filthy nigger dlc. and i don't deal with dirty filthy nigger dlc. at all. not even for lunar coins. cause theyre dirty filthy nigger dlc. thas why.

[nidussy]

if im trying to chill i usually just play ror2 with command/sac/swarms so benthic bloom doesnt seem as big of a deal

[c-53]

benthic bloom gaming!