I’m posting the latest pics of Nico Robin

Ph: @rossella_photoart
#cosplay #cosplayer #onepiece #onepiececosplay #wano #nami #nicorobin #nicorobincosplay #strawhats #luffy #monkeydluffy #cosplaygirl Veronica Gastaldelli IG:veronica.cosplay

ぬーどるストッパーフィギュア
好像泡麵蓋公仔
@sanako0130

#acosta
#麗日御茶子 #麗日お茶子 #urarakaochako #uraraka #urarakacosplay #麗日コスプレ
#コスプレ #ヒロアカ　＃ヒロアカコスプレ #MHA #僕のヒーローアカデミア　#cosplay #bokunoheroacademia #myheroacademia #我的英雄學院 #MHAcosplay #코스프레 沿岸有隻鯊魚 IG:_shark.cosplay

cosplay コスプレ HQ

反転 宅コス

#コスプレ #cosplay #hqcosplay #角名倫太郎コスプレ
#コスプレイヤーさんと繫がりたい #コスプレ初心者さんと繋がりたい

Recent studies have uncovered a striking shift in ocean visibility: more than 20% of Earth's oceans have become noticeably darker over the past two decades.

This process, termed "ocean darkening," refers to a measurable reduction in the photic zone—the sunlit upper layer of the ocean where photosynthesis occurs.

In several areas, this zone has become as much as 100 meters shallower, greatly limiting sunlight penetration.

This decline in light affects phytoplankton, microscopic organisms that form the base of the marine food chain and generate a large portion of Earth's oxygen.

With less light reaching them, phytoplankton populations are at risk, potentially triggering ecosystem imbalances, reducing biodiversity, and weakening the ocean’s role in carbon absorption and climate regulation.

The causes of ocean darkening are multifaceted. Coastal waters are especially affected by human activity, including agricultural runoff, industrial waste, and sedimentation, which increase the amount of organic matter and particles in the water.

In open ocean regions, the main drivers appear to be climate change-induced shifts in ocean currents and rising sea temperatures, which alter water mixing and light diffusion.

The implications are profound: darker oceans may lead to reduced marine productivity, altered fish populations, and disrupted climate feedback mechanisms.

Scientists are now racing to better understand this trend, as it poses both environmental and economic threats.

In a milestone moment for Chinese space tech, Beijing-based startup Space Epoch has successfully completed a vertical sea recovery test of its reusable rocket prototype. This marks one of China’s first sea-based demonstrations for reusable launch vehicles—mimicking techniques pioneered by SpaceX.

What Happened?

The test involved launching and vertically landing the rocket booster over the ocean.

It showcased the booster’s ability to hover, descend, and stabilize autonomously despite marine conditions.

Why It Matters:

Ocean-based recovery allows for flexible launch sites and reduces land-use constraints.

Reusability could cut launch costs by up to 70%, opening doors for more frequent commercial satellite deployments.

China aims to compete directly with SpaceX’s Falcon 9 in the global launch market.

The successful test highlights China’s increasing focus on private-sector innovation in aerospace, with Space Epoch leading the charge in orbital reusability.

#ChinaSpace #ReusableRockets #SpaceEpoch #TechExplorers #OceanLanding #SpaceInnovation #NewSpaceRace