Monday, May 27, 2024

Charting the challenges in the Baltic Sea

Rumsey collection

From WarOnTheRocks by Julian Pawlak
 
With Finland and Sweden joining NATO, there has been renewed focus on the strategic situation in the Baltic Sea.
By joining the alliance, the two Scandinavian countries almost complete its encirclement of the Baltic and help consolidate allied defense efforts in the region.
Yet the Russian Federation persists in the Baltic, and its influence remains threatening.
Thus many of the optimistic assessments about NATO’s newfound dominance in the region do not reflect the reality, as the alliance has yet to figure out how best to defend against and deter Russia in this particular part of Europe.

For NATO, the defense of the entire Baltic region remains interconnected with the sea lines of communication to, from, and within the Baltic Sea.
Due to the peripheral location of Estonia, Latvia, and Lithuania, reinforcements coming in via the sea remain crucial for bolstering their defense.
Russia, in turn, depends on the same sea lines for significant parts of its trade, transport, and to supply its Baltic enclave, Kaliningrad.
While significant elements of local Russian forces were moved for its war in Ukraine, grey-zone aggression continues.

Looking ahead in the Baltic Sea, NATO and the United States face the challenge of preparing for both defensive and offensive aspects of naval warfare.
To deter, defend, and win any engagement, NATO’s littoral allies should focus on cultivating expertise related to the distinctive features of the Baltic Sea, even while U.S. seapower remains the ultimate backbone of NATO in the region.
The alliance’s Baltic defense concept should reflect the fact that the Baltic Sea is not an uncontested rear area for the three Baltic states’ defense.
It should also build a distribution of forces and firepower that capitalize on the sea’s shallow waters.
Finally, it is crucial to consider how Russia will adapt its allegedly weaker naval posture moving forward.
EEZ map Baltic Sea with the GeoGarage platform

Maritime Essentials

The semi-enclosed Baltic Sea is both a shallow and narrow basin connecting Europe’s northeast.
It is composed of the littoral states’ territorial waters as well as their exclusive economic zones — which, under the U.N. Convention on the Law of the Sea, allow foreign vessels innocent passage during peace time.
De jure, there’s no high sea in the Baltic.

Crucially, the Baltic Sea is only accessible via three choke points, which pass through individual countries’ littoral jurisdiction.
The principal entrance routes are from the North Sea via the depths of Kattegat and Skagerrak.
These are bounded by the Danish, Norwegian, and Swedish shores at a maximum distance of 100 nautical miles.
These routes proceed into the Danish straits with its Øresund, the Great Belt, and the Little Belt, all tight waterways with narrow widths and depths limiting navigation.
In addition to this route, there is Germany’s Kiel Canal (used by almost 27,000 vessels in 2023) and Russia’s White Sea-Baltic Canal.
While Russia’s canal carries far less traffic, it is one of several strategically relevant Russian inland waterways built under Tsarist and Soviet rule to connect the Unified Deep Water System of Eurasian Russia.
Finally, between the German and Danish coasts, the Kadet Trench represents an additional, natural but significantly shallow waterway.
Due to critical water depths, it is the sole shipping corridor for larger vessels heading in or out the Baltic via the Kiel Canal, making it one of Europe’s most trafficked sea lines.
All incoming east- and northbound vessels pass Denmark’s Bornholm, one of several larger islands in the Baltic.

Since the beginning of the Hanseatic League in the 13th century, the Baltic has been a crucial corridor for trade and transport.
Today it holds tremendous economic value for littoral states.
Around 15 percent of global container shipping crosses the Baltic — roughly 2,500 vessels daily.
Alongside military and law enforcement vessels, the maritime traffic consists of container, tanker, and commercial vessels, as well as fishing boats and ferry services.

On top of that, a major increase in dark shipping has caused distress in the Baltic and beyond.
Dark ships are vessels without an active Automatic Identification System, which usually transmits the ship’s position together with necessary information for its identification.
Western sanctions against the Russian Federation and its economy have led to an increase of vessels like oil tankers smuggling sanctioned goods, creating new risks for maritime safety and security from the Baltic to South East Asia.

This connectivity is also represented on the seabed, which hosts a network of telecommunication cables, energy transmission routes, and pipelines.
Increasingly, it is also home to a growing number of offshore energy installations.
Finally, adding to the complexity, there are sea mines as well as conventional and chemical weapons lying on the seafloor.
In German territorial waters alone there is estimated to be 1.5 million tons of ammunition stemming from both world wars.

Exclusive economic zones in the Baltic (European Maritime Observation and Data Network)
 
Allied Capabilities and Challenges

The unique requirements of naval strategy in the Baltic emerge from its shallow waters, numerous choke points, islands, and challenging coastal areas, alongside its diverse mix of shipping vessels.
These demand a different approach from blue-water operations on the open oceans.
Crucially, all of the Baltic Sea’s natural and artificial approaches can be monitored and controlled.
They are easy to close or disrupt, be it on purpose or by accident.
Because coasts are never far away, seagoing vessels are always within a short distance of land-based aircraft, coastal defense, and missile systems.
As such, the Baltic exemplifies the multidimensional character of a narrow or littoral sea, where “no single combat arm or service can reach its full potential unless it is employed in combination with other combat arms, branches, and services.”
Any effective strategy for the Baltic should take into account the need for a joint and combined approach to planning, operations, and strategy, including the use of islands and choke points to deny an enemy access.

Yet these constraints do not eliminate the need for other fundamentals of naval warfare, including mine warfare, anti-surface, anti-air, and anti-submarine warfare, as well as amphibious operations.
The fragmented coastlines and thousands of islands create both opportunities to maneuver as well as challenges for the defenders, and short distances favor the use of aircraft with anti-ship missiles against opponent vessels.
Alongside Denmark’s Bornholm, Sweden’s Gotland, Estonia’s Hiiumaa and Saaremaa, and Finland’s Åland islands are crucial.
This geography makes denying an enemy naval force access to a particular area possible through a concerted effort bringing together a combination of services.

That said, despite NATO members’ control of a majority of the coastline, the idea of complete sea control in the Baltic is an illusion.
First, in peacetime, international law grants innocent passage and ensures adversarial vessels freedom of navigation.
During conflict, complete control cannot become reality so long as Russia remains an active presence around the Baltic’s shores.
As stated by the U.S.
tri-service Maritime Strategy, sea control is “[t]he condition in which one has freedom of action to use the sea for one’s own purposes in specified areas and for specified periods of time and, where necessary, to deny or limit its use to the enemy.” This also includes the space below and above the water’s surface as well.
It would not be possible to achieve such level of control and navigate safely in the Baltic without the “neutralization of Russian capabilities.”

Allied naval capabilities largely rely on what are called small navies.
So-called medium navies, such as the Royal Danish Navy and the German Navy, offer a broader set of capacities and capabilities.
They are designed to operate globally on a frequent basis.
For smaller naval forces, their power and influence should be understood with reference to their strategic ends.
In this case, they will have to face the demands of high-intensity naval warfare vis-à-vis the still existing European missile gap.
Yet, Baltic Sea navies are adjusting to regional requirements, with upcoming procurements of new submarines, from the German-Norwegian 212 CD to the Swedish A26 (there are also continuous reports about the Polish Orka program).
Furthermore, allied forces have focused on asymmetric approaches — including increasing investments in coastal defenseand denial capabilities — to generate effects from the sea’s coastlines.
Still, for the time being, the support of Baltic external naval powers like the Royal Navy and U.S.
services
remains central.

There has already been considerable discussion about how the admission of Finland and Sweden will affect NATO’s Baltic strategy.
Both possess significant military capabilities in relation to regional conditions.
Finland’s air force, which will soon include 64 F-35As, has the potential to strike and block maritime targets within the whole Gulf of Finland.
The Swedish submarine-backed naval force is specialized for shallow Baltic conditions and can operate within the sea’s opaque archipelagos.
Finnish and Swedish bases, ports, and infrastructure will now be even more accessible and available to allies.

The Need for Cooperation

In the Baltic maritime area of operations, NATO faces a situation in which it should be able to execute defensive and offensive aspects of naval warfare.
On the one hand, the defense of strategically relevant islands, choke points, and sea lines of communication in general remains crucial.
The maritime realm cannot be treated as a continuation of allied territory or purely as a form of strategic depth.
In case of conflict, movement would be frequently challenged and definitely not guaranteed.
Therefore, NATO forces should not only prepare for far-reaching mine-cleaning operations, but also be able to fulfill offensive operations even in the Baltic area.
Finally, allied navies should remember that challenge in the Baltic is not limited to the possibility of high-intensity conflict.
Already today, violations of allied air spaces and maritime territories, harassment of naval and civilian vessels, sabotage, and espionage are taking place.

NATO states are now forced to increase their capacities and capabilities in the region in all domains.
They realize this calls for coordination and integration among different countries and branches, but they are still moving slowly.
The admission of Sweden and Finland into NATO and the readjustment of European threat perceptions are certainly positive, but internal obstacles, such as fragmented procurement and caveats in sharing intelligence, surveillance, and reconnaissance data, still offer plenty of grounds for improvement.

Thankfully, cooperation is increasing.
The German-led European Sky Shield Initiative aims at merging allied air defense efforts.
Besides being labelled a “procurement initiative,” the battle-proven IRIS-T air defense system is now part of broader European acquisitions.
The goal of creating a joint Nordic air defense, consisting of Swedish, Norwegian, Finnish, and Danish air forces, shows the forward-thinking approach of the Nordic countries.
Finally the British-led Joint Expeditionary Force is increasing its footprint in the Nordic-Baltic region, another important step.

Future Dynamics

Current assessments of Russian military capabilities in the broader Baltic Sea region are mixed.
Moscow’s position in the Kaliningrad Oblast and the western Russian border regions appears comparatively weak.
This is because materiel and personnel have been ordered to Ukraine and the original strength has not been restored.
Yet this mainly applies to land forces, like the Baltic Fleet’s 11th Army Corps, and capabilities like air defense systems.
And it may not prove true forever.
Analysts expect a certain regrowth of the Russian military to take place in the upcoming years.
Besides its fatal losses in the Black Sea, the Russian navy continues to commission new vessels at a pace observers have grudgingly called “impressive.” Kaliningradoffers Russia opportunities to influence the southeastern part of the Baltic Sea region, even as it also serves as a truly vulnerable Russian outpost.
In short, for the Baltic littoral, the Russian threat remains.

Ukrainian innovation and adaptiveness in the Black Sea offers NATO some options in terms of how to respond.
Denial capabilities, paired with increasing intelligence, surveillance, and reconnaissance capabilities, would allow NATO allies ought to better contain Russian naval force in the Baltic.
However, the West should prepare for Russia not only to reconstitute but also adapt its forces based on lessons from the Black Sea.
This could reinforce a dynamic of mutual area of denial — even creating a limited and temporary “maritime no man’s land” for crewed vessels in areas like the southern Baltic.
Due to the Baltic’s narrow character, this is possible even with limited means.

Looking forward, NATO allies should consider the sea’s challenges while orchestrating a capable allied force to defend against and deter potential aggressions.
This includes taking advantage of islands, archipelagos, and coastal areas.
It also means challenging the misleading idea that these islands are “unsinkable aircraft carriers.” Ukraine’s tactics have shown the need for a diversified set of bases and airstrips to cope with Russian strikes.
The problem with islands, however, is that you cannot move them.
So, while many of them are valuable for sea control, they are not invulnerable.
With this in mind, the smaller and more numerous islands along Baltic coasts and archipelagos should be included in planning.
Regional forces could adopt an approach of distributed lethality, while larger NATO assets like U.S.
guided-missile destroyers could support, deter, and fight along the broader northern flank from the North Atlantic up to the Arctic.
Nevertheless, during a kinetic conflict, a NATO including Sweden and Finland should be able to achieve a certain level of control in particular parts of the Baltic, like the Gulf of Bothnia and the Danish straits.

Such high-intensity preparations, however, should be accompanied by serious political preparations.
This means that NATO’s leadership has to prepare for the potential of nuclear blackmail and escalation.
In the event of a kinetic conflict, would leaders in Europe and the United States be willing, for example, to strike the Kaliningrad Oblast to fully diminish large parts of the conventional threat in the Baltic Sea region? Regardless of the answers to these questions, NATO and the United States remain central to defense and deterrence in the Baltic Sea region.
What happens in the Baltic will have major implications for regional defense and deterrence efforts.
As such, it should be of interest to alliance members well beyond the sea’s littoral.

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Saturday, May 25, 2024

Sand monster

 The large white fish, known as stargazer, buried deep into the sand with just its glaring eyes and scary gnashers poking out.

The odd looking fish are usually found in deep waters and they bury themselves in the sand to hide from prey.
Stargazers bury themselves in the sand in order to ambush prey.
Their secondary gland creates an electric which makes them a serious predator.
"They do not pose any real threat to humans, but they sure look menacing." 
 
 
 
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Friday, May 24, 2024

NOAA confirms 4th global coral bleaching event


This three-panel image shows a boulder star coral in St.
Croix, USVI, as it shifted from healthy (May 2023), to bleached (October 2023), to recovered (March 2024), following extreme marine heat stress throughout the Caribbean basin in 2023.
(Image credit: NOAA)


From NOAA

The world is currently experiencing a global coral bleaching event, according to NOAA scientists.
This is the fourth global event on record and the second in the last 10 years.

Bleaching-level heat stress, as remotely monitored and predicted by NOAA’s Coral Reef Watch (CRW), has been — and continues to be — extensive across the Atlantic, Pacific and Indian Ocean basins.
CRW's heat-stress monitoring is based on sea surface temperature data, spanning 1985 to the present, from a blend of NOAA and partner satellites.

NOAA Coral Reef Watch's global 5km-resolution satellite Coral Bleaching Alert Area Maximum map, for January 1, 2023 to April 10, 2024. 
This figure shows the regions, around the globe, that experienced high levels of marine heat stress (Bleaching Alert Levels 2-5) that can cause reef-wide coral bleaching and mortality. 
(Image credit: NOAA)

"From February 2023 to April 2024, significant coral bleaching has been documented in both the Northern and Southern Hemispheres of each major ocean basin," said Derek Manzello, Ph.D., NOAA CRW coordinator.

Since early 2023, mass bleaching of coral reefs has been confirmed throughout the tropics, including in Florida in the U.S.; the Caribbean; Brazil; the eastern Tropical Pacific (including Mexico, El Salvador, Costa Rica, Panama and Colombia); Australia’s Great Barrier Reef; large areas of the South Pacific (including Fiji, Vanuatu, Tuvalu, Kiribati, the Samoas and French Polynesia); the Red Sea (including the Gulf of Aqaba); the Persian Gulf; and the Gulf of Aden.

NOAA has received confirmation of widespread bleaching across other parts of the Indian Ocean basin as well, including in Tanzania, Kenya, Mauritius, the Seychelles, Tromelin, Mayotte and off the western coast of Indonesia.

“As the world’s oceans continue to warm, coral bleaching is becoming more frequent and severe,” Manzello said.
“When these events are sufficiently severe or prolonged, they can cause coral mortality, which hurts the people who depend on the coral reefs for their livelihoods.”

Coral bleaching, especially on a widespread scale, impacts economies, livelihoods, food security and more, but it does not necessarily mean corals will die.
If the stress driving the bleaching diminishes, corals can recover and reefs can continue to provide the ecosystem services we all rely on.

“Climate model predictions for coral reefs have been suggesting for years that bleaching impacts would increase in frequency and magnitude as the ocean warms,” said Jennifer Koss, director of NOAA’s Coral Reef Conservation Program (CRCP).

The world is currently experiencing a global coral bleaching event, according to NOAA scientists.
This is the fourth global event on record and the second in the last 10 years. Bleaching-level heat stress, as remotely monitored and predicted by NOAA’s Coral Reef Watch (CRW), has been—and continues to be—extensive across the Atlantic, Pacific and Indian Ocean basins.
CRW's heat-stress monitoring is based on sea surface temperature data, spanning 1985 to the present, from a blend of NOAA and partner satellites.
 
Because of this, the NOAA CRCP incorporated resilience-based management practices and increased the emphasis on coral restoration in its 2018 strategic plan, and funded a National Academies of Sciences’ study, which led to the publication of the 2019 Interventions to Increase the Resilience of Coral Reefs.offsite link

Koss said, “We are on the frontlines of coral reef research, management and restoration, and are actively and aggressively implementing the recommendations of the 2019 Interventions Report.”

The 2023 heatwave in Florida was unprecedented.
It started earlier, lasted longer and was more severe than any previous event in that region.
During the bleaching event, NOAA learned a great deal while engaging in interventions to mitigate harm to corals.
Through its Mission: Iconic Reefs programoffsite link, NOAA made significant strides to offset some of the negative impacts of global climate change and local stressors on Florida’s corals, including moving coral nurseries to deeper, cooler waters and deploying sunshades to protect corals in other areas.

This global event requires global action.
The International Coral Reef Initiativeoffsite link (ICRI), which NOAA co-chairs, and its international members are broadly sharing and already applying resilience-based management actions and lessons learned from the 2023 marine heatwaves in Florida and the Caribbean.
ICRI and its members are helping to advance coral interventions and restoration in the face of climate change by funding scientific research on best management practices and implementing its Plan of Actionoffsite link.

NOAA’s Coral Reef Conservation Program is a partnership across multiple NOAA offices and programs that brings together expertise for a multidisciplinary approach to understanding and conserving coral reef ecosystems.
 
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Thursday, May 23, 2024

Why experts are worried about Russia's oil and gas surveys in the Antarctic


A number of countries have historical claims to land in the Antarctic.
From YahooNews by James Hockaday

Russia has insisted it is only in Antarctica for scientific research purposes, but the discovery of a huge reserve of oil and gas has raised alarm bells.

Concerns are being raised that Russia is prospecting parts of Antarctica for oil and gas and surveying the continent for military purposes amid warnings Moscow could breach a long-standing treaty critical to keeping the region conflict-free.

Russian research ships have already discovered reserves amounting to 511bn barrels of oil – roughly 10 times the North Sea’s entire 50-year output – according to evidence submitted to a committee of MPs.

In a meeting last week, the Commons Environment Audit Committee (EAC) raised concerns that Russia is carrying out surveys with the view to drilling the region for fossil fuels – which would constitute a breach of the 1959 Antarctic Treaty.

When asked about this by the committee's MPs, David Rutley, a junior minister at the Foreign Office, said that Russia had "recently reaffirmed its commitment to key elements of the treaty", adding: "They have to be held to account on this."

He said Russia has had a "long-standing programme of surveying and mapping the geology of Antarctica both on the land and on the seabed" and has repeatedly given assurances that its surveying is "purely for scientific purposes".

Asked if he was "content to believe Russia" on this, Rutley said: "We continue to monitor the situation and we continue to make our points fully heard... We've had a very successful treaty here. Geopolitical headwinds are challenging, but we need to stick to the course with this."

Antarctica - its scientific value is endless.
What happens there affects us all.
British Antarctic Survey has played an instrumental role in protecting and researching this most vital part of the world.
 
Why are people concerned by Russia's Antarctic surveys?

In evidence submitted to the committee, Klaus Dodds, professor of geopolitics at Royal Holloway College, said: "There is a worry that Russia is collecting seismic data that could be construed to be prospecting rather than scientific research."

He said this would "signal a potential threat to the permanent ban on mining" and the integrity of agreed-upon environmental protections for Antarctica as a whole.


Activists protest against Russia's polar research vessel, Akademik Alexander Karpinsky, as it enters Cape Town Harbour in April 2023.
(Getty Images)

Professor Dodds added that, that since Russia's invasion of Ukraine, there had been "widespread concern" that Moscow's worsening relationship with the Western world "will spark strategic competition and make it ever more explicit in Antarctica".

The committee also raised concerns over reports by the Daily Maverick, a South African online journal, which said it discovered Russia's Antarctic activities after its survey ship, the Akademik Alexander Karpinsky, docked in Cape Town.

In an earlier report, it refers to the ship being sanctioned by the US in February over the Ukraine war. 
It refers to a statement by the US State Department, which identifies the ship as being operated by PMGE, a subsidiary of Rosgeo.

“Rosgeo and its subsidiaries,” the statement adds, “perform a range of geophysical services in the search and exploration of oil and gas fields. We can confirm this vessel we designated last Friday is owned by a subsidiary of Rosgeo, which is the state-owned oil, gas and mining geological exploration [holding]."

 
 
Russia and China 'resisting new protections for Antarctica'

In June 2023, the Commission for the Conservation of Antarctic Marine Living Resources (CCAMLR) held a special meeting to try and resolve a six-year impasse in creating further marine protected areas in Antarctica.

China and Russia stalled progress on this by demanding more data, the Maritime Executive reports, adding that both nations have been blocking proposals to expand Marine Protected Areas since the idea was first proposed by Australia.

Commenting on this pattern in 2022, Tony Press, an adjunct professor at the Institute for Marine and Antarctic Studies at the University of Tasmania, called it a "weird politicisation of science".

Pointing to the threat of climate change in the region, he said: "The use of spurious science to block consensus is a major issue and needs to be dealt with."

In a meeting report, a US delegation said: "We cannot find any rationale for why Russia continues to ignore new data and analyses that disprove its hypothesis and simply conclude that Russia’s approach is intended to sow discontent and crush the spirit of collaboration that many of us share in CCAMLR."

What is the Antarctic Treaty?

Signed in Washington on 1 December 1959, the Antarctic Treaty is a framework designed to ensure peaceful coexistence and scientific cooperation on Earth's southernmost continent.

Antarctica is one of the few places on Earth that hasn't been fought over, and with scientists from 12 countries operating there by the late 50s, it made sense to form an international agreement to keep it that way.

The treaty was ratified by those 12 countries in 1961, but its number of signatories continued to grow and now stands at 56.

Among the 14 articles in the treaty is a resolution that Antarctica shall be "used for peaceful purposes only", with military activities and the establishment of military bases on the continent prohibited.

It protects the "freedom of scientific investigation" in Antarctica, and "cooperation toward that end", and says that "scientific observations and results from Antarctica shall be exchanged and made freely available".

The treaty also ensures that no activities will enhance or diminish previously asserted positions with respect to territorial claims. It also prohibits nuclear explosions and the disposal of radioactive waste.

Out of the 12 nations active in Antarctica at the time the treaty was signed, nine had made territorial claims over the continent or had reserved the right to do so.

However, all parties agreed that their political differences shouldn't interfere with research on the continent, and as a disarmament regime, the treaty has helped to prevent any territorial disputes.
 
source : According to the British newspaper The Telegraph, Russia has reportedly discovered the largest oil reserves in history in British waters off Antarctica, despite hydrocarbon exploitation in the region being strictly prohibited, except for specifically authorized scientific activities. 
 
Which countries have claimed territory in Antarctica?

The international partnership ensures that no single country "owns" Antarctica, although seven countries do have historical territorial claims over the continent.
Argentina, Australia, Chile, France, New Zealand, Norway and the United Kingdom maintain territorial claims in Antarctica, which were made as expeditions began to explore the continent.

Most countries, including the United States, do not recognise these claims, according to the US Department of State.

While neither the US nor Russia have made claims over the continent, both nations reserve the right to do so.

There is still an unclaimed section on the southwest of the continent, but many other countries including Italy, Japan, China, the US, Russia, India, Pakistan, South Africa and Poland have built research facilities in areas claimed by other nations – another example of the spirit of cooperation that has kept conflict away from Antarctica so far.
 
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